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In industrial applications, such as paper and nonwovens, cellulose fibers are used in the form of a network where the fibers are oriented more or less in the sheet-plane direction. However, in many biological systems, fibers are instead oriented in a three-dimensional (3D) space, creating a wide variety of functionalities. In this study we created a 3D-oriented fiber network on the laboratory scale and have identified some unique features of its structure and mechanical properties. The 3D fiber network sheets were prepared by using foam-forming as well as modifying consolidation and drying procedures. The fiber orientation and tensile/compression behavior were determined. The resulting sheets were extremely bulky (above 190 cm3/g) and had extremely low stiffness (or high softness) compared to the reference handsheets. Despite this high bulk, the sheets retained good structural integrity. We found that a 3D-oriented fiber network requires much less fiber-fiber contact to create a connected ("percolated") network than a two-dimensionally oriented network. The compression behavior in the thickness direction was also unique, characterized by extreme compressibility because of its extreme bulk and a long initial increase in the compression load as well as high strain recovery after compression because of its fiber reorientation during compression.
Anisotropic, semi-flexible, cross-linked, random fibre networks are ubiquitous both in nature and in a wide variety of industrial materials. Modelling mechanical properties of such networks have been done extensively in terms of criticality, mechanical stability, and scaling of network stiffnesses with structural parameters, such as density. However, strength of the network has received much less attention. In this work we have constructed 3D-planar fibre networks where fibres are, more or less, oriented in the in-plane direction, and we have investigated the scaling of network strength with density. Instead of modelling fibres as 1D element (e.g., a beam element with stretching, bending and/or shear stiffnesses), we have treated fibres as a 3D-entity by considering the features like twisting stiffness, transverse stiffness, and finite cross-link (or bond) strength in different deformation modes. We have reconfirmed the previous results of elastic modulus in the literature that, with increasing density, the network modulus indeed undergoes a transition from bending-dominated deformation to stretching-dominated with continuously varying scaling exponent. Network strength, on the other hand, scales with density with a constant exponent, i.e., showing no obvious transition phenomena. Using material parameters for wood fibres, we have found that the predicted results for stiffness and strength agree very well with experimental data of fibre networks of varying densities reported in the literature.
We have developed a new method for characterizing microstructures of paper coating using argon ion beam milling technique and field emission scanning electron microscopy. The combination of these two techniques produces extremely high-quality images with very few artefacts, which are particularly suited for quantitative analyses of coating structures. A new evaluation method has been developed by using marker-controlled watershed segmentation technique of the secondary electron images. The high-quality secondary electron images with well-defined pores makes it possible to use this semi-automatic segmentation method. One advantage of using secondary electron images instead of backscattered electron images is being able to avoid possible overestimation of the porosity because of the signal depth. A comparison was made between the new method and the conventional method using greyscale histogram thresholding of backscattered electron images. The results showed that the conventional method overestimated the pore area by 20% and detected around 5% more pores than the new method. As examples of the application of the new method, we have investigated the distributions of coating binders, and the relationship between local coating porosity and base sheet structures. The technique revealed, for the first time with direct evidence, the long-suspected coating non-uniformity, i.e. binder migration, and the correlation between coating porosity versus base sheet mass density, in a straightforward way.
Non-uniformities within the coating layer, such as porosity variations and binder distributions, are known to affect print uniformity and barrier properties. However, in the literature the results on coating microstructures are rather limited or sometimes conflicting.We obtained high quality images of coated paper cross sections using field emission scanning electron microscopy in combination with a new argon ion beam milling technique to directly observe and analyse the binder and pore distribution. This technique produces high quality images that allow microstructure characterisation of the coating layer.The binder distribution measurements showed that the binder is almost exclusively filling up the small pores, whereas the larger pores are mainly empty and depleted of binder.
Non-uniformities in the coating layer, such as porosity variations and binder distributions, are known to affect print uniformity and barrier properties. However, in the literature the results are rather scarce or sometimes conflicting.
We acquired high quality images of coated paper cross sections using field emission scanning electron microscopy in combination with a new argon-ion-beam milling technique to directly observe and analyse the coating microstructures in relation to underlying base sheet structures.
The results showed that coating porosity varied with mass density of the underlying base sheet for the relatively bulky clay/GCC coating, whereas for the more compact clay coating, the effect was small. Areas with more fibres in the base sheet were more compressed by calendering, resulting in a decreased coating porosity. A unique binder enriched layer of less than 500 nm thickness was found at the coating surface as well as at the coating/base sheet interface.
Base sheet structures, such as surface roughness and mass density distribution (formation), have been known to affect coating uniformity. However, the literature is not necessarily consistent in determining which structure controls coating uniformity. This study employed scanning electron microscopy (SEM) and image analysis, combined with autocorrelation and frequency analyses, to investigate the fundamental mechanisms of coating and to resolve some of the controversies in the literature regarding the base sheet effects. The results showed that coating thickness variation resembles a process of random deposition with leveling. At small length scales (in the size of fiber width), leveling causes a very strong dependence of coating thickness variations on the surface profile of the base sheet, whereas at larger length scales, coating thickness variation diminishes in its intensity by the same leveling effect, but still retains a significant correlation with base sheet structure, particularly formation. Frequency analyses clearly showed that the discrepancies in the results for the base sheet effects in the literature are due to the length scales used in the experiments, that is, the sampling area and the resolution of the measurements.
We studied the surface evolution of coating by using a random deposition model of particles. In order to capture the real coating structure development, we included a volume exclusion effect to represent particle-particle interaction, and a levelling effect to represent surface tension effect. In this study we investigated three cases: (1) random deposition on a flat surface, (2) random deposition on a flat surface with levelling, and (3) random deposition on a rough surface with levelling.
When plotting in logarithmic scale, the roughness initially increased linearly with average number of particles deposited for all three cases but reached saturation after a certain amount of deposited particles. The result resembles a ballistic deposition process where agglomerates are developed over the surface due to lateral growth. Even a flat, uniform surface creates roughness during random deposition of particles.
Autocorrelation analysis showed that the correlation length continues to increase with the number of particles deposited. The aggregated structures were easily seen in the autocorrelation function.
Experimental and simulated data on the rough surface were compared and they were in agreement, confirming that the coating process is essentially a random process with some local correlation in the length scale of a typical fibre width.
Characterization of the base sheet properties and coating layer properties was performed by using scanning electron microscope (SEM) images of paper cross-sections and image analysis. Frequency analysis was used to study how the base sheet properties affect coating thickness uniformity at different length scales. Samples analysed were Lightweight Coated (LWC) base sheets blade-coated on only one side with coat weights of 12 and 22 g/m2. A number of images were taken in sequence giving a total length of more than 6 mm. The results showed that the surface height variations of the base sheet control coating uniformity in the entire examined length scale, but with different mechanisms. At short wavelengths the coating mechanism was "level coating" where the coating suspension fills small pores ("levels"), whereas at longer wavelengths the coating suspension follows the surface profile and "contour coating" becomes more prevalent. In other words, the level- and contour-coatings represent the coating mechanisms in different length scales. Surface height variations can be explained by base sheet thickness only at short wavelengths, but at all other wavelengths the surface height variations were very much independent of the base sheet structure properties measured.
Web break is an important runnability issue in the pressrooms. However, web breaks are rare events. Performance statistics for a large number of rolls are required to determine the causes of runnability problems with a reasonable level of confidence. To provide better insight into the main causes of web breaks, we analyzed seven pressroom/mill databases of sufficient size to produce reliable runnability statistics. The statistical "association" between strength properties (average) and break rate was examined using a Chi Square analysis method. We found that the statistical "association" between strength properties (average) and break rate varied considerably from one pressroom to the other (or from one mill to the other), depending on the pressroom operation (the variations of tension) and the quality of data from mills. However, among different strength properties, MD tensile strength has been most consistently associated with the break rate. CD Tear strength did not consistently predict the runnability. We also found that strength uniformity had a significant impact on pressroom performance. Lastly, the pressroom data consistently showed that typical, macroscopic defects are now minority causes for web breaks and the majority of breaks are press-related or "unknown".
Web break is an important runnability issue in the pressrooms. However, web breaks are rare events. Performance statistics for a large number of rolls are required to determine the causes of runnability problems with a reasonable level of confidence. To provide better insight into the main causes of web breaks, we analyzed seven pressroom/mill databases of sufficient size to produce reliable runnability statistics. The statistical "association" between strength properties (average) and break rate was examined using a Chi Square analysis method. We found that the statistical "association" between strength properties (average) and break rate varied considerably from one pressroom to the other (or from one mill to the other), depending on the pressroom operation (the variations of tension) and the quality of data from mills. However, among different strength properties, MD tensile strength has been most consistently associated with the break rate. CD tear strength did not consistently predict the runnability. We also found that strength uniformity had a significant impact on pressroom performance. Lastly, the pressroom data consistently showed that typical, macroscopic defects are now minority causes for web breaks and the majority of breaks are press-related or "unknown".
In the present work we propose a particle approach, which is designed
to treat complex mechanics and dynamics of the open-draw sections that
are still present in many of today's paper machines. First, known
steady-state continuous solutions are successfully reproduced. However,
it is shown that since the boundary conditions depend on the solution
itself, the solutions for web strain and web path in the open-draw
section are generally time-dependent. With a certain set of system
parameters, the nonsteady solutions are common. A temporal fluctuation
of Young's modulus, for example, destabilizes the system irreversibly,
resulting in the continuous growth of web strain, i.e., break. Finally
we exemplify with some strategic draw countermeasures how to prevent a
dangerous evolution in the web strain.
The present work is concerned with the system dynamics and stability of the open draw sections of paper machines where web breaks occur most frequently. We have applied a novel particle-based system dynamics model that allows the investigation of complex interactions between web property fluctuations and system parameters, without any constraints of a particular geometrical web shape or boundary conditions assumed a priori. The result shows that, at a given machine draw and web property parameters, the open draw section maintains its steady-state until it reaches a certain machine speed limit. At this speed the system looses its stability and the web strain starts growing without any limit, and thus leading to a web break. A similar instability can also be triggered when web properties suddenly fluctuate during steady-state operation. The parametric sensitivity studies indicate that, among the web property parameters studied, the elastic modulus of the wet web has the largest impact on the critical machine speed as well as on the detachment point where the web is released from the first roll. Further analysis shows that the decrease in dryness has a (negative) synergistic effect causing an increased risk of system instability. It is, therefore, most important to control, not only average dryness, but also its variations in order to enhance paper machine runnability.
A two-dimensional model for immiscible binary fluid flow including moving immersed objects is presented. The fluid motion is described by the incompressible Navier-Stokes equation coupled with a phase-field model based on van der Waals' free energy density and the Cahn-Hilliard equation. The immersed boundary method has been utilised to handle moving immersed objects and the phase-field boundary conditions have been adapted accordingly. Numerical stability and execution time was significantly improved by the use of a new boundary condition which implements minimisation of the free energy in a direct way. Convergence toward the analytical solution was demonstrated for equilibrium contact angle, the Lucas-Washburn theory and Stefan's problem. The proposed model may be used for two-phase flow problems with moving boundaries of complex geometry, such as the penetration of fluid into a deformable, porous medium.
A finite element model of a flexo printing press has been developed and the material and geometrical properties of the sustem has been investigated. The results showed that it is the photopolymer and the top liner that have the biggest impact on the printing pressure variations.
Print non-uniformity problems are a major concern for flexo post-printers. Many of these non-uniformities are suspected to be caused by the corrugated board structure itself. Striping is the most obvious one, but also other print quality problems might be structure-related. This work focuses on how deformations of the board might lead to print non-uniformities, and if the deformation of halftone dots is the mechanism behind striping in halftone flexo post-printing. The problems were analysed by using finite element models to simulate deformed board and halftone dot compression in the printing nip. Distortions of the board due to non-uniform hygro-thermal strains were shown to be a potential cause of print non-uniformities. Striping in halftone prints was found to be caused by differences in dot gain between ridge and valley areas above the flute structure.
By doing ink transfer experiments and measuring reflectance variations on corrugated boards it was found that striping mainly consists of print density variations and not print gloss variations.
Striping is a print defect that is often seen in flexo post-printing on corrugated board. It appears as lines parallel to the flutes of the corrugated medium (fluting). These lines are generally thought to be print density and/or print gloss variations. The objective of this Paper is to obtain fundamental understanding of the striping mechanism. Print density and print gloss have been determined as a function of printing pressure. Typical printing pressure variations have also been determined by a non-linear finite element method. A 2D reflectance mapping has been performed for printed corrugated boards. The results showed that striping is dominated by print density variations for uncoated board, and the print density variations are, in turn, caused by the printing pressure variations. The extent to which the pressure variations appear as print density variations depends on the ink transfer characteristics of the liner board.
A fintie element model has been used to simulate how halftone dots deform during printing. Another finite element model has also been used for simulating how the pressure distribution in the nip changes when the corrugated board is deformed before printing by e.g. moisture induced warp. The simulations showed that striping in halftone prints can be explained by the deformation of halftone dots leading to more "dot gain" above flute ridges than between. When the corrugated board is deformed over a few flutes, the pressure distribution is affected which might cause print non-uniformities.
The transfer of a microscopic fluid droplet from a flat surface to a deformable stochastic fibre network is investigated. Fibre networks are generated with different levels of surface roughness, and a two-dimensional, two-phase fluid-structure model is used to simulate the fluid transfer. In simulations, the Navier-Stokes equations and the Cahn-Hilliard phase-field equations are coupled to explicitly include contact line dynamics and free surface dynamics. The compressing fibre network is modelled as moving immersed boundaries. The simulations show that the amount of transferred fluid is approximately proportional to the contact area between the fluid and the fibre network. However, areas where the fluid bridges and never actually makes contact with the substrate must be subtracted.
This paper concerns uniaxial compression of anisotropic fibre network, as typically seen in the end use of nonwoven and textile fibre assemblies. The constitutive relationship and deformation mechanism have been investigated by using a bead-model to represent the complex structures of the constituent fibres and the fibre networks. The compression stress shows a power-law dependency on the density with a threshold density for both experimental and numerical fibre networks. Unlike the widely studied tri-axial compression of the initially isotropic network, it was found that the contact interaction between the fibres, especially the fibre-fibre contact stiffness (or the transverse compression properties of fibres), has a large impact on all the constitutive parameters. In particular, the exponent values computed based on the softer contact stiffnesses agreed very well with the experimental values reported in the literature. The internal deformation mechanism was similar to the earlier studies that at low compression, the deformation is dominated by the low-energy-mode deformations (i.e. bending and shear), whereas at higher compression, the difference appears: the compression of fibre-fibre contacts, instead of the deformation in the fibre axial direction, takes over.
Out-of-plane deformations of paper, such as fluting, significantly deteriorate the quality of a printed product. There are several explanations of fluting presented in the literature but there is no unanimously accepted theory regarding fluting formation consistent with all field observations. The present paper reviews the existing theories and proposes a mechanism that might give an answer to most of the questions regarding the fluting. The fluting formation has been considered as a post-buckling phenomenon which is analysed with the help of the finite element method. Fluting retention has been modelled by introducing an ink layer over the paper surface with ink stiffness estimated from experimental results. The impact of fast drying on fluting has been assessed numerically and experimentally. The result of the study suggests that fluting occurs due to small-scale strain variations, which in turn are caused by the moisture variations created during fast convection drying. The result also showed that ink stiffening alone cannot explain the fluting amplitudes observed in practice, suggesting the presence of other mechanisms of fluting retention.
Out-of-plane deformations of paper, such as fluting, significantly deteriorate the quality of a printed product. There are several explanations of fluting presented in the literature but there is no unanimously accepted theory regarding fluting formation and retention which is consistent with all field observations. This paper first reviews the existing theories and proposes a mechanism that might give an answer to most of the questions regarding fluting. The fluting formation has been considered as a post-buckling phenomenon which has been analysed with the help of the finite element method. Fluting retention has been modelled by introducing an ink layer over the paper surface with the ink stiffness estimated from experimental results. The impact of fast drying on fluting has been assessed numerically and experimentally. The result of the study suggests that fluting occurs due to small-scale hygro-strain variations, which in turn are caused by the moisture variations created during fast convection (through-air) drying. The result also showed that ink stiffening alone cannot explain the fluting amplitudes observed in practice, but that high drying temperatures promote inelastic (irreversible) deformations in paper and this may itself preserve fluting.
Geometrically non-linear, large scale post-buckling analyses were carried out to investigate the influence of different parameters on residual waviness (fluting) after printing in a heat set web offset printing press. Mixed implicit-explicit finite element techniques were used in the analyses. The numerical procedure was verified by experimentally acquired data. Results show that when the paper web is perfectly flat before printing, fluting patterns after drying and moisture recovery generally have higher wavelength than those typically observed in fluted samples. Initial cockles of imprinted sheets were found to have impacts on the fluting patterns and amplitudes. Among the factors investigated, ink thickness and hygroexpansivity had significant influences on fluting: increasing these factors increased fluting amplitudes.
The effect of micro scale variations on fluting formation has been studied by using quasi-static post-buckling
analyses. The analyses are based on implicit time integration techniques and incorporated the ink stiffening
effect during drying in the heatset oven. A series of parametric studies have been conducted to investigate
effects of bending stiffness, ink thickness, tension, and scale of moisture variations. Experiments were also
performed to estimate the ink layer stiffness after drying and to investigate the retention of flutes after
printing. The results showed that, in order to explain the occurrence of flutes in the wavelength of 1-2 cm,
micro-scale strain variations are necessary. Such variations are most likely caused by the local moisture
variations and the subsequent plastic deformation of paper due to heating. Ink stiffening alone was found to
be insufficient to retain the fluting shapes after drying.
A finite element model for 3D random fiber networks was constructed to simulate deformation and failure behavior of networks with dynamic bonding/debonding properties. Such fiber networks are ubiquitous among many living systems, soft matters, bio-materials, and engineering materials (papers and non-woven). A key feature of this new network model is the fiber-fiber interaction model that is based on AFM measurements from our earlier study. A series of simulations have been performed to investigate strain localization behavior, strength statistics, in particular, the variations of strength, strain-to-failure and elastic modulus, and their size dependence. Other variables investigated are fiber geometries. The result showed that, in spite of its disordered structure, strength and elastic modulus of a fiber network varied very little statistically, as long as the average number of fibers in the simulated specimen and the degree of fiber orientation are kept constant. However, strain-to-failure showed very significant statistical variations, and thus more sensitivity to the disordered structures. (C) 2012 Elsevier Ltd. All rights reserved.
By virtue of the recent developments in simulation techniques for fibre suspensions flows, it is now possible to directly simulate forming of the paper sheet at a particle level under realistic flow conditions. This opens up a window of opportunity to better understand the microscale development of the paper structure, and to attribute particular features of the structure to different drainage elements.The simulations are based on a particle-level fibre suspension model, in which fibres are represented by chains of cylindrical fibre segments. The fibre model includes curled shapes and the torsion and bending of the fibres. It also captures the two-way interactions between the fibres and the fluid phase. The fluid motion is integrated from the Navier--Stokes equations.To illustrate the usage of the simulation tool, a sample parametric study of the effects of different fibre furnishes on the paper structure and wet strength is presented. Such an investigation could almost as easily have been performed with experiments. Simulations, however, have some advantages: First, the cost is almost nothing as compared to pilot trials. Secondly, the parameters of the simulations can be controlled one at a time, whereas in pilot trials, changing one process parameter will affect the others. Thirdly, every detail of the evolving paper structure is accessible at every instant in the simulations. That is, the forming process needs no longer be considered a "black box". Simulations also have some drawbacks. For instance, it is not possible to include the smallest particles, due to their vast number, while maintaining sufficiently large flow geometry. Therefore, simulations must target paper grades of low fines contents.In this communication, the pros and cons of particle-level simulations are discussed, and put into the context of previous forming and dewatering models in the literature. The development of the paper microstructure predicted in the simulations shows that thickening is the dominant forming mechanism, while filtration only occurs in the most dilute end of the typical range of consistencies used in the industry. This predicted behaviour is compared with the conventional view of dewatering, which holds filtration as the dominant forming mechanism.
A model is proposed for simulating the motion of flexible fibres in fluid flow. Care has been taken to include typical papermaking conditions into the validity range of the model. Fibres are modelled as chains of fibre segments, whose motion is governed by Newton's second law. The fluid motion is calculated from the three-dimensional incompressible Navier-Stokes equations. By enforcing momentum conservation, the two-way coupling between the solids and fluid phase is taken into account. Fibre-fibre interactions as well as self-interactions include normal, frictional and lubrication forces. Furthermore, the model considers nonlaminar fibre-fluid interactions and particle inertia. Simulation results were compared with experimental data found in the literature. The model predicts very well the orbit period of rigid fibre motion in shear flow. Quantitative predictions were made for the amount of bending of flexible fibres in shear flow. It was also possible to reproduce the different regimes of motion of flexible fibres in shear flow, ranging from rigid motion to coiled motion and self-entanglement.
Particle-level simulations are performed to study the rheology of monodispersed non-Brownian fibers suspended in a Newtonian fluid in shear flow. The effects of fiber aspect ratio, concentration, and interparticle friction on the stress tensor of the suspension in the steady state and on the tendency of fiber agglomeration are investigated. Semiempirical expressions for the steady state apparent shear viscosity and the steady state first and second normal stress difference were obtained for the case of well dispersed suspensions in the nonconcentrated regimes. The simulation predictions of the specific viscosity were in fair agreement with previous experimental investigations.
A model for particle-level simulation of fiber suspensions has been used to simulate paper sheet forming on a roll-blade former. The fibers were modeled as chains of fiber segment, flowing and interacting with the medium and with each other. The incompressible three-dimensional Navier-Stokes equations were used to describe the fluid motion. Real pulps were analyzed to provide raw material data for the simulations. Dewatering was simulated by moving two model forming fabrics toward each other through a fiber suspension. Close examination of the dewatering process revealed that no large concentration gradients develop through the thickness of the pulp suspension. In this sense, twin-wire dewatering does not resemble a filtration process. The effects of the jet-to-wire speed difference on the network structure of the paper were investigated. The structural features of interest were fiber orientation anisotropy, mass density distribution and three-dimensionality of the fiber network. It was demonstrated that these simulated structural features were in qualitative agreement with experimental data found in the literature.
Particle-level simulations are performed to study semidilute suspensions of monodispersed non-Brownian fibers in shear flow, with a Newtonian fluid medium. The incompressible three-dimensional Navier-Stokes equations are used to describe the motion of the medium, while fibers are modeled as chains of fiber segments, interacting with the fluid through viscous drag forces. The two-way coupling between the solids and the fluid phase is taken into account by enforcing momentum conservation. The model includes long-range and short-range hydrodynamic fiber-fiber interactions, as well as mechanical interactions. The simulations rendered the time-dependent fiber orientation distribution, whose time average was found to agree with experimental data in the literature. The viscosity and first normal stress difference was calculated from the orientation distribution using the slender body theory of Batchelor [J. Fluid Mech. 46, 813--829 (1971)], with corrections for the finite fiber aspect ratios. The viscosity was also obtained from direct computation of the shear stresses of the suspension for comparison. These two types of predictions compared well in the semidilute regime. At higher concentrations, however, a discrepancy was seen, most likely due to mechanical interactions, which are only accounted for in the direct computation method. The simulated viscosity determined directly from shear stresses was in good agreement with experimental data found in the literature. The first normal stress difference was found to be proportional to the square of the volume concentration of fibers in the semidilute regime. As concentrations approached the concentrated regime, the first normal stress difference became proportional to volume concentration.
A model for flexible fibers in viscous fluid flow is proposed, and its predictions compared with experiments found in the literature. The incompressible three-dimensional Navier-Stokes equations are employed to describe the fluid motion, while fibers are modeled as chains of fiber segments, interacting with the fluid through viscous and dynamic drag forces. Fiber segments, from the same or from different fibers, interact with each other through normal, frictional and lubrication forces. Momentum conservation is enforced on the system to capture the two-way coupling between phases. Quantitative predictions could be made, and showed good agreement with experimental data, for the period time of Jeffery orbits in shear flow, as well as for the amount of bending of flexible fibers in shear flow. Simulations, using the proposed model, also successfully reproduced the different regimes of motion for threadlike particles, ranging from rigid fiber motion to complicated orbiting behavior, including coiling and self-entanglement.
A new model for particle-level simulation of forming was developed. A set of process parameters and a statistical description of the stock were provided as inputs to the model and a three-dimensional model paper was produced. This allowed the analyses of the relations between process parameters and structural properties of the formed sheet. Numerical experiments were set up to study the effects of the yarns of the forming fabric on the surface distributions of fillers and fines and to investigate the fibre orientation anisotropy and specific formation as functions of the jet-to-wire speed ratio.


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Newmar Bay Star 3312 Motor Home Class A For Sale
Newmar Bay Star Class A motorhome 3312 highlights:
- King Bed
- LED Lighting
- Bathroom Fan
- Exterior Storage
You can bring along many guests when you travel in this Bay Star motorhome! There are plenty of sleeping options with the 74" jackknife sofa, the 68" fixed sofa, and the king-size folding mattress inside the rear private bedroom, plus you can even transform the booth dinette into an extra sleeping space. Conveniently across from the bedroom is the rear corner bathroom equipped with everything you will need to get ready in the mornings including a skylight above the shower to let in some natural lighting. When you're ready to wind down your nights, you can watch your favorite show on either the Samsung LED TV in the living area or on the one in the bedroom!
The Bay Star gas Class A from Newmar puts quality construction within reach. These motorhomes simply refuse to look or feel like anything less than a luxury RV. Throughout the models you will find stylish cabinet colors, a comfortable master suite, plus two Samsung LED TV's that are sure to please everyone. You will enjoy the spacious bathrooms, and select models feature two sinks vanities. Newmar believes that living life on the road shouldn't mean forgoing comfort for a reasonable price. With plenty of options to choose from like the fireplace in the living area, the Splendid two piece stacked washer/dryer, and the exterior kitchen, you are sure to enjoy a motorhome catered exactly how you want it. So, come choose the best model and features that suits you in one of these Newmar Bay Star gas Class A motorhomes!Have a question about this floorplan?Contact Us
Sleeps 6 Slides 2 Length 33 ft 11 in Ext Width 8 ft 6 in Ext Height 12 ft 8 in Int Height 6 ft 8 in Interior Color Eldorado, Seneca, Sterling Exterior Color Eldorado, Seneca Hitch Weight 5000 lbs Gross Weight 22000 lbs Dry Weight 19190 lbs Cargo Weight 2810 lbs Fresh Water Capacity 75 gals Grey Water Capacity 60 gals Black Water Capacity 40 gals Furnace BTU 40000 btu Generator 5.5 kW Cummins Onan Fuel Type Gas Engine Triton V10 Chassis Ford F-53 Horsepower 320 hp Fuel Capacity 80 gals Wheelbase 216 in Available Beds King Torque 457 ft-lb Refrigerator Type Norcold Refrigerator Size 10 cu ft Convection Cooking Yes Cooktop Burners 3 Shower Size 40" x 30" Number of Awnings 1 Axle Weight Front 8000 lbs Axle Weight Rear 15000 lbs LP Tank Capacity 25 gals Water Heater Capacity 6 gal Water Heater Type Gas/Electric AC BTU 27000 btu TV Info LR Samsung LED, BR Samsung LED Awning Info Power with LED Lights Gross Combined Weight 26000 lbs Shower Type Standard Electrical Service 50 amp
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Raw Flax Rolls
This range includes naturally gluten-free sweet rolls made from golden flax seeds, providing for great source of Omega 3 EFA and lignans, as well as high fiber content. The rolls are sugar-free, sweetened with dried fruits or raw agave nectar. The flavors are Apple-Cinnamon, Ginger-Lemon and Spiced Fig.
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Spicy Flax Rolls with Figs, slowly dehydrated below 42ºC.
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International conference on childhood development concludes with crucial message to African leaders
Thursday November 9 2017
Dar es Salaam. The 2nd three-day international conference on childhood development concludes with a call to African governments to increase their commitment and responsibility for it is only by doing so that the UN's Sustainable Development Goals can be achieved.
Although great strides have been made, the governments are yet to make serious intervention in early childhood development due to the presence of competing and pressing societal needs.
Organised by the Aga Khan University Institute for Human Development in partnership with the Conrad N. Hilton Foundation and The Aga Khan Foundation under the theme 'Early childhood development in Uncertain Times: From awareness and evidence to commitment and action' the conference brought together researchers, educationalists and policy makers from about 40 countries to discuss early childhood development and how well it could be approached so that it bears fruit.
"What will disappoint me the most is if what is done won't change anything in the country," said Prof Kofi Marfo, Foundation director of the Agan Khan University Institute for Human Development. "But I don't have to worry about it because everything I have seen here I know is going to make an impact."
"The best ways that can help the accomplishments of the effects, is for professionals in education, health, nutrition and childcare to take what has been discussed during the conference to society in which they live so that they can achieve the envisaged goals," Prof Marfo noted.
Mr Arif Neky is the adviser for the UN Strategic Partnerships in Kenya, who posited that any kind of efforts towards improving human conditions and protecting the planet required societal buy-in and ownership.
He outlined that early childhood development was critical to the development of the children's brains as they grow up.
"This doesn't just affect the lifelong learning process by these children, but also lifelong social and economic engagement," he explained.
He noted that the conference had created a really exciting space for people from a number of countries around the world to share their experience and intellectual ability to find solutions to critical issues.
"This is just one of the many ways Africa can take for the challenges it faces, where countries often have half of the population below the poverty line."
Prof Joe Lugalla, who is the director of the Aga Khan University stressed the role of the universities in research and scholarship.
He said his university had been at the forefront in analysing pressing development problems facing African countries and Tanzania in particular, and outlining the best ways those problems could be tackled for the benefit of the people.
"The Aga Khan University has a profound community engagement for we believe that it's by doing that we can make our education more practical and relevant to responding to societal needs and champion changes across the country."


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Bird keeping guide
Birds have curious and joyful personalities. Daily interaction with your bird can lower down
your stress level and birds have a long lifespan so you don't need to have a fear of losing them
they can be your companion for a lifetime.
Clean and fresh water – birds will keep dropping food and excrete waste in the water
bowl so you need the change the water twice daily and also dish needs to be cleaned
every day.
Bird food – pallet food combines all the components needed for a healthy diet. You can
also feed your bird with "insect plates" which includes some bird treat and a tasty element
which can be mixed with normal bird food to prevent boredom. They come in
a ready-made package.
Grit – some birds need the grit to crush their food after they swallow it. For the purpose of
grit, "budgie gravel" is available in pet stores.
Calcium – Calcium is most important for birds. It's even more important if a bird is a
female. If the calcium level in female birds is low then laying eggs can even kill them.
Snacks – you can prove snacks to your bird to avoid boredom. Breadcrumbs or pieces of
fresh fruit and vegetables like carrots can give to them as a treat.
Regular bathing – cleanness is the most important thing. Bathe your bird under
supervision with lukewarm water not very hot and make sure your bird is dry before
sleeping otherwise it can catch a cold.
Clean cage – their excreta releases ammonia which is not good for your bird's health so
regular cleaning of their cage is a must. As birds excrete on a regular basis so safest
product for cleaning the cage is diluted vinegar and enzyme-based cleaners available in
pet shops.
Clean food and water- food and water dishes should be washed regularly for
maintaining a good hygiene of birds. A mild dishwasher can be used for washing the
Preventive measures – load can be reduced by spreading newspaper at the bottom of
the cage which will catch most of the droppings by birds and will reduce the efforts of
cleaning. Few minutes in a whole day dedicated to bird's hygiene is worth it because it
will give you a healthier bird.
Psittacosis – this disease is highly contagious and can be spread from birds to other
animals also human beings.
Symptoms of this disease are an eye infection, loose watery droppings, lethargic behavior,
difficulty in breathing and inflammation.
Proventricular dilation disease- this disease spreads from bird to bird.
Symptoms of this disease are vomiting, weight loss, changes in droppings.
Polyomavirus – in this disease the bird's flight feathers and tail feathers develop
abnormally and sometimes not develop at all.
Symptoms of this disease are appetite loss, diarrhea, paralysis and an enlarged
Candida – in this disease there is an overgrowth of yeast found in bird's digestive
Symptoms are vomiting, appetite loss, white lesions in and around a mouth.


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5 Boroughs Pizza. Yellow Cab brings New York to the Philippines with pizzas inspired by the city's five boroughs. Bronx Creamy Mushroom pizza puts together mushroom, chicken, olives and green bell peppers on Yellow Cab's first white sauce-based pizza. Brooklyn Spicy Seafood pizza comes loaded with jalapeño peppers, shrimp, crab stick, green bell peppers, tomatoes and capers. Queens Oriental Chicken has a sweet and tangy Oriental sauce base and is topped with chicken, mushrooms, onions, pineapples, spring onion and cilantro. Staten Island Basil & Ricotta Pizza is an instant classic: crushed tomatoes, three cheeses and basil. Then there's our favorite, Manhattan Steak & Eggs pizza, which is a mix of steak stripes and eggs with steak sauce, onions and green bell peppers.
These pizzas are only available until Jan. 31, 2019, for dine-in, takeout and delivery. You can get them for P499 (regular), P759 (large) and P999 (New Yorker size).
Hank Green's "An Absolutely Remarkable Thing." We were so excited when we saw the book cover that we almost screamed. Hank Green wrote a book! We first got to know Hank as John Green's brother (and their YouTube channel Vlogbrothers). The educator, musician, producer and vlogger also hosts "Crash Course" and "SciShow" on YouTube, and is the cocreator of VidCon. His delightful debut novel, "An Absolutely Remarkable Thing," is about 23-year-old April May who stumbles upon a giant sculpture that she calls "Carl." What she doesn't realize is this moment would change her life. Carls have appeared in cities all over the world and she and her friend Andy get a lot of attention as the first documentarian of Carls. April navigates the craziness of being a viral sensation while, at the same, time trying to unravel the mystery of the Carls.
"An Absolutely Remarkable Thing" will soon be available at National Book Store. Sign up for the waitlist on nationalbookstore.com.
Good Girl by Carolina Herrera New York. We need to talk about how gorgeous this perfume bottle is. It looks like a killer stiletto and the fragrance inside is just as sexy. It's a mix of tuberose, jasmine, tonka and cacao—light and dark, intoxicating, slightly sweet, definitely delicious.
Good Girl is now available at your favorite department stores.
Loopy Fries.
It's no secret, we're loopy for Potato Corner. And our favorite fries company has discovered another way to drive us crazy: by releasing curly fries in select branches. Right now, they're available only in jumbo size (we need a giga-sized one, please) and they're really really, really good.


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Read the forum guidelines
I access my three email accounts via my iMac (I have/use no other devices). I have set the IMAP port # to 993 and the SMTP port # to 465 for all three email accounts. I have the "automatically manage connection settings" checked for all three. I always download the most recent OS & security updates as they become available. Having laid all that out.... a frequent occurrence has developed since January 2018 - whereby my IMAP & SMTP port #s change on their own. This happens across all three of my email accounts - but not uniformly. Using this week's latest example: only the IMAP port # on my primary email changed - and only the SMTP port # on a secondary email account changed - leaving my third email port #s totally fine. Even more curious to me is that many emails from my primary account were going through and were successfully received. However, this was not consistent - some folks never got any of my emails. Whenever I become aware of this issue, I now know to go into my Mail - Preferences - Accounts - Server settings to check the port #s. And I typically discover that - at a minimum - the Outgoing Mail Port # on my primary email acct has been changed from 465 - again NOT by me. How does this happen without my initiative - and how do I prevent it from happening again??!! Thank you in advance for any direction you can provide. My phone call conversation with Cox's Support rep this afternoon only got me confirmation that Port #s shouldn't change on their own - and that the best way to address my present concern was to enroll in Cox's $10/month expanded support program. After being a loyal Cox customer for 30+ years, I feel more deserving of a better solution.
I did have a very nice, detailed chat with Apple Support. Was informed that Apple does not have any way to impact my internet server provider's port # settings. So I seem to find myself in the most unfortunate position of being in the middle of two companies pointing fingers at one another. I don't see why I should be asked to enroll & pay for a "Complete Care" package when I'm just asking for a little guidance from Cox on how best to trouble shoot. While I appreciate getting a reply back from a Forum Moderator to confirm my posting has been read..... honestly, the response above only affirms that my "Complete" loyalty over these past 30+ years is insufficient to gaining access to the appropriate Cox Technical Support team member who could possibly shed a little light on how best to resolve this on-going problem.


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Thinking of the perfect Valentine's Day gift? Maybe I can help!
Valentine's Day can often prove to be tricky in the gift category and could maybe make or break your lovely union. But let's think optimistically and try to center upon the gifts that could lead you two into eternal bliss. As a woman, I think I have a good sense of what women like and would love to receive from a guy and I think I have a good sense of taste on what to give the guys as well. But for extra added effect and confirmation, I've asked my awesome guy friends on what they would love to receive as possible "man gifts." Also, I've tried to keep in mind our crappy economy and point out some inexpensive gifts and ways to show someone you love and appreciate them.
Top 5 Gift Suggestions for Your Lovely Lady:
1. Special dinner out or in (maybe dinner to a great new restaurant that you've both been talking about or where you have your first date or maybe make her a awesome dinner from scratch or take out from a great place like Bobby Chez (NJ and PA locations) crab cakes are always a winner! And since V-Day in on a Sunday, a variation on a special meal out could be perhaps going out for brunch at Sabrina's in the city or breakfast in bed could be a cozy and more economical alternative.)
2. Flowers (mostly all women love flowers and it doesn't have to be roses either. For something really different, you could go to new florist Hana & Posy in Old City for organic flowers and other environmentally friendly gifts. Another variation on this idea could be to get a plant such as a tabletop rose plant or daisies.)
3. Chocolate (my favorite and relatively inexpensive gift). There are great chocolates to be found at CVS or Target such as Ghirardelli or Dove. Or for a more unique gift you can go to a yummy homemade chocolate store such as Bayard's Chocolate House in Cherry Hill, NJ or Naked Chocolate Café in the city.
4. Something sentimental to your relationship (this is a total favorite to us women…this could be a picture framed of you two, take her to the beach or the place where you met or loved as a couple, etc.)
5. Something cute that you know she'll love (purse, jewelry, couples massage, tickets to a movie or musical, etc.). Again, guys you must pay attention to what your girl likes, wants, and what she typically buys. If in doubt, leave a few catalogs around or take her shopping and see what she gravitates toward and then buy it later without her.
Top 5 Gift Suggestions for Your Main Man:
1. Tickets to a sporting event or equipment (think Sixers or Flyers tickets, a golf club or tennis racket, or tickets for rock climbing, lift tickets for skiing, etc. Just get him what he is into and if he wants you to join him, say yes and try to enjoy the experience with him. It could possibly be the best bonding experience and take your relationship up a notch.)
2. Dinner cooked for them (I do believe in that saying that the quickest way to a guy's heart is through his stomach. Whip up a delicious dinner for him or order in from his favorite restaurant. Pair it up with a great wine and a small dessert from a local bakery or grocery store and he'll be super impressed (and maybe this all could make him imagine what it would be like to come home to you everything as his wife….although we all know he won't get this fab treatment every night.)
3. Techy gift (think Wii game, iPod, etc. whatever they are into. And if you want to add some sentiment or personalization, go on apple.com where they will engrave your iPod on the back for free!)
4. Nice tie, money clip, watch, liquor, cigars (these were typical man gifts that my guy friends suggested but again, you must pay attention to what he likes and will use.)
5. Sex (ok, almost all the guys I asked said this and so on V day maybe kick things up a notch. Be creative and be sexy….perhaps a trip to Victoria Secrets is in order.)
No matter what you decide to get the one you love, just make sure it's from the heart. Even if you can only afford a card, make it an awesome card and write in it what you appreciate about that person and how much you love them for who they are. The official love holiday doesn't have to be centered around a romantic love interest and a reminder of not having one. Show your love for the important people around you in your life. So get out there and surprise someone like a potential love interest, your bff, mom/dad, or maybe an older neighbor who is by themselves at V day with a single flower, funny card, or box of conversation hearts.
You could make someone's day and put a huge smile on their face and yours. What could be more perfect and loving than that!
Have a Happy Valentine's Day!!!
Ex-Bachelor star and winner Helene Eksterowicz is also a co-writer of a dating/self help book called "Nobody's Perfect" featured on Amazon.com and Barnes and Noble a few years ago. Drawing from her reality show dating experience, her background in psychology, and her belief in true love and relationships, Helene is setting out to bring some love back to Philly and help spotlight some eligible singles in order to hopefully find some love matches for others. You can contact Helene at firstname.lastname@example.com
thumbnail: http://www.eindiangirls.com/wp-content/uploads/2009/02/valentines-day-gifts.jpg


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Silver Elite Master account details are sent instantly to your email after you pay. You can also check the account details in My-orders section. No need to wait for the account. Even if our live chat is offline. For your 10 matches, Silver Elite Master (SEM) is not too bad yet in the event that you would prefer not to be viewed as a noob anything above Gold Nova is tolerable.
ACCOUNT FEATURES: – Rank: Silver Elite Master (SEM) [Instant Delivery]
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– Instant Delivery THIS PACKAGE INCLUDES: – 1 x Steam Account which includes: Steam Username Steam Password Email Email Password (if required) – 1 x Counter-Strike: Global Offensive added in the steam account
DELIVERY DETAILS: – Your account will be delivered instantly by our automatic delivery bots.


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|0 items
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|crown (54)daisy (234)dog (79)dragon (12)dragonfly (76)elephant (61)fairy (24)firebird (12)fish (30)floral (2530)flower (395)fly (11)frog (52)fruity (86)heart (671)horse (51)iguana (3)
|infinity (17)insect (798)kitten (96)ladybug (41)leaf (293)leopard print (3)lizard (27)maple (5)monkey (1)moth (6)music (79)mystic creature (45)owl (219)panda bear (3)peace sign (32)pirat (2)puppy (17)
|pussy cat (2)rabbit (4)romance (90)rose (324)scorpion (8)sea (22)shark (6)skeleton (27)skull (111)snake (115)spider (69)starfish (15)tiger (40)tulip (12)turtle (50)violin (11)wreath (83)
colour that is present in product
the retail price
occasion : suggested occasion
theme : overal theme
wear on
wear on : places on body
If you're looking for a dazzling gift to give to someone special, then look no further as we are bound to have something that will be perfect for you. Take a peek at our Accessories section where we have an array of products which include funky mobile phone charms, gorgeous key rings which can also be used as handbag charms, which are all covered with rhinestones and Swarovski crystals. Other products we stock will also make fabulous gifts.
We have an absolutely gorgeous selection of jewellery made entirely out of fabric and jewellery made with fabric elements, ranging from fabric brooches to Peter Pan style collars and fabric-clad beads. Fabric necklaces are a very stylish option if you're looking for something unique to accesorize with.
The most popular fabric jewellery is definitely our fabric brooches. Our flower shaped fabric brooches come in variety of popular colours like red, black, purple and pink. There also brooches with crosses and bows that feature fabric elements.
Jewellery made out of fabric usually stands out for its hand-crafted appearance and exclusivity.
So don't be shy and treat yourself to the fabric jewellery that appeals to you the most!


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"You have to know stone intensely to be able to work with it," explains Magda Masano, from Catania in Sicily. Luckily her family's business is the production of marble and stone building materials, so she grew up with this understanding of materials and also techniques. Extending the family business, she now combines digital technology with local traditions and materials through her line of accessories and jewelry in lava stone.
Masano Marmi was founded in the 1950s by Magda's grandfather, who worked stone for decorative building elements using traditional methods. Her father followed in his footsteps, introducing some technology into the business, and developing the home paving and accessories areas.
Magda grew up in Catania, which she describes as a warm and exciting town with beautiful Baroque architecture and a strong personality. She went away to study architecture first in Reggio Calabria, then in Seville for her masters. Although many Sicilians find it necessary to leave their native land to find work, she opted to return home and keep the family business going. Like her father, she also has a vision of how to develop the business beyond that promoted by the previous generation.
In Catania, lava stone is everywhere. People walk on it. Young people snob their noses at the idea of it as something rather antique. But Magda says "I want to make it possible to LIVE with lava stone – we walk on it and we cover our walls or floors with it, but nobody would think of making a bracelet out of it! I want to stretch the limits of this material."
In her work, she follows traditions, but adds her own personal touch and technique in the use of lava stone. "I have the good luck of being about to make just about anything I want, thanks to my studies in architecture, and to the access to machines and materials through the family business. I know stone very well, but also have studied chemistry and architecture, so I can connect design with material in order to make things that function or come out properly when you cut it. Devi fare amicizia con il materiale! You need to make friends with the material!"
Magda designs essential, simple and often geometric elements, first on paper, then in AutoCAD. The digital designs are then uploaded to a CNC water jet cutter that cuts to a precision level of 1mm, where she cuts the thick slabs of lava stone that she's had specially prepared for the purpose of creating jewelry and home accessories – for a pavement or wall decoration, you would use a much thinner piece of stone.
Once the shapes are ready, she works with white or coloured glazes, always leaving part of the stone visible to create a playful contrast between natural and woman-made. Some also have a layer of hand-painted decoration of a more traditional type, but speaking with Magda one gets the sense that she prefers the more essential, geometric pieces. Like with maiolica, the painted pieces are put in the kiln at 900 degrees. This process took a fair amount of experimentation, requiring time taken away from the daily running of the business, which is Madga's main "job," but as she says, this is what she does for fun!
Touching the lava stone jewelry, you realize just what a feat it is to work with this heavy material. Madga really has found a way to be it's friend, both controlling it but also letting it shine through.


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If you are Armenian and haven't heard of Sirusho, you live in a box.
Sirusho (Siranush Harutyunyan) is a singer born and bred from Armenia. She gained international recognition after 2007 & 2008 Eurovision Song Contest held in Belgrade.
Sirusho is the first Armenian artist to be a 2-time nominee at World Music Awards with the song, Pregomesh also recently she won the Armenian Europe Music Awards for best female artist of the Year 2017 in France, Paris.
Sirusho has once again surprised us with another smash hit called Vuy Aman. The cinematography in the music video is equally matched with singing quality.
I'll let you be the judge.


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About halfway between Tel Aviv and Haifa on the Mediterranean Coast, Caesarea was just one of the huge construction projects of Herod the Great (Masada was another). Those familiar with the Christian testament would be correct to identify Herod the Great with the high Roman official responsible for the massacre of the innocents when he heard about the threatening birth of Jesus. But Herod the Great is not to be confused with his son, Herod Antipas, tetrarch of Galilee, a leading player in the beheading of John the Baptizer and the Roman official to whom Pontius Pilate handed Jesus over before his crucifixion (Herod sent him back to Pilate).
The photos here show some of the remains of Caesarea, originally a grand place named by Herod the Great after his "boss," the emperor Caesar Augustus. The first is of Mary with a rather explicit Roman statue behind her and to the left, the second of a theater (possibly also the site of Roman chariot races), the third of the port called Caesar Maritima (with the Mediterranean in the background), and the last one of me sitting on a Roman toilet in Herod's bathhouse .


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Say thank you with a unique gift
The "tea ceremony" has been an essential element in a traditional wedding celebration in some cultures for centuries.
This strong connection between tea and the wedding day is probably where the idea of serving tea and
giving tea as a thankyou gift to guests originated.
In recent times giving a gift of a unique blend of high quality or rare tea has grown in popularity. Tea is universally loved and lovers of tea are getting well educated and selective about their favourite brew. For those guests that are not as tea savvy and have never ventured further than the supermarket teabag they are often surprised and delighted by how lovely a premium whole leaf tea tastes. A common reaction to trying one of our premium quality green teas is "I didn't know that green tea tasted like this - I thought I didn't like green tea but this isn't bitter at all , it's really good!" So gifting tea can be a lovely opportunity to share the love of tea.
Some options for incorporating tea as a thank you present for wedding guests can be to individually gift wrap and display as a decorative addition to the table setting. Adding the guests name can also act as a place card.
Another option is to have a designated table displaying various varieties of packaged teas (green, herbal, white, blossom, chai ,earl grey etc…) and invite your guests to choose their own gift to take home. Arranging for your caterer to serve the various tea varieties is also a lovely touch and much appreciated by guests who need a decent cup of tea at the end of a big day or perhaps a gentle herbal tea after all that excitement and celebrating.
If you have sourced your own gift packaging and just require individually labelled and sealed portions of tea we are happy to supply this and let you assemble as you wish. Tea has a long shelf life so you can organise this months in advance of the big day. Prices start from $3 per unit plus delivery. View our range
"All the best for your big day "


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Over 1,100 tickets, and counting, have currently been sold across the four performances of CHICAGO – a record LAMS has not seen since its 2014 production of ANNIE, which had 5 performances in Lanark Memorial Hall.
Vikki McIntyre, LAMS Club President commented; "We've been blown away by the response to CHICAGO and the club's support from the local community. CHICAGO is a world-wide famous musical, and we're delighted to be bringing it to the stage in Lanark. Friday and Saturday nights are virtually sold out, so your best chance to catch the show is Thursday 21st or the Saturday matinee on 23rd March."
Set in the roaring twenties, CHICAGO sees chorine Roxie Hart murder a faithless lover and convince her hapless husband, Amos, to take the rap...until he finds out he's been duped and turns on Roxie. Convicted and sent to death row, Roxie and another "Merry Murderess," Velma Kelly, vie for the spotlight and the headlines, ultimately joining forces in search of the "American Dream": fame, fortune, and acquittal.
CHICAGO features a veritable line-up of famous songs and dance numbers including "All that Jazz", "Cell Block Tango", "We both reached for the gun", "Razzle Dazzle", "Mr.Cellophane" and "Funny Honey".
The original Broadway production opened in 1975 at the 46th Street Theatre and ran for 936 performances until 1977. Bob Fosse choreographed the original production, and his style is strongly identified with the show. Following a West End debut in 1979 which ran for 600 performances, Chicago was revived on Broadway in 1996, and a year later in the West End.
This amateur production of CHICAGO is being performed by Lanark Amateur Musical Society, a local group celebrating their 40th anniversary in 2019. Originally named the Upper Clyde Operatic Society, the group, now more often known as LAMS, perform a full-scale musical production in the Memorial Hall every year and host a number of fundraising events annually, including the Christmas Post.
See CHICAGO at Lanark Memorial Hall:
• EXTRA NIGHT – Thursday 21st March – 7.30pm (limited tickets remaining)
• Friday 22nd March - 7.30pm (sold out)
• Saturday 23rd March – 2pm Matinee (limited tickets remaining)
• Saturday 23rd March – 7.30pm (very limited tickets remaining)
For tickets visit www.sllcboxoffice.co.uk, call 01555 667999 or visit the Lanark Memorial Hall Box Office.
Looking to reach new customers? We offer a variety of advertising options with prices starting from just £30 per month!


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Events Login
Cruise Asia
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Destination Asia News Delivering regular news from each of our eleven destinations in Asia.
Our Countries
Hong Kong
Asia Talk
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About us
Category: HQ
Addie Hirunkate Honored With Women Leadership Excellence Award
Addie Hirunkate, Managing Director of Destination Asia Thailand and Deputy CEO of Destination Asia Group, has been awarded the 'Women Leadership Excellence Award' at the 6th CMO Asia Awards 2015, in honor of her outstanding professionalism and influential role as a leader.
August 14, 2015
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Keeping Ahead of Developments
Training has been taking place all week at Destination Asia Head Office in Bangkok, with staff from each of our eleven operating coming together to learn about the latest developments and initiatives that will benefit each and every one of our clients.
August 13, 2015
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Routine Travel Restrictions in China
The Chinese government has issued the following notice, which will affect travel to, from and within the country as well as some sightseeing itineraries over the dates mentioned below.
August 4, 2015
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Destination Asia Malaysia Upgrade with New Penang Office
Destination Asia Malaysia recently moved their Penang based headquarters to new and improved offices.
July 31, 2015
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Meetings and Incentive training at Destination Asia Head Office
A highly energized group recently participated in Meetings and Incentive training at Destination Asia headquarter in Bangkok.
June 15, 2015
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Travel Daily Media chats with James Reed, CEO & Group Managing Director of Destination Asia – July 2014
What trends are Destination Asia seeing with regards to guest destination preference? For example, are you seeing rising demand for any new/emerging destinations? Destination Asia is a destination management company with 33 operating offices in Thailand, China, Japan, Vietnam, Hong Kong, Burma (Myanmar), Singapore, Indonesia, Malaysia, Cambodia and Laos. The more 'traditional', mature inbound […]
April 15, 2015
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Facilitating Responsible Travel Through Dedicated CSR Programs
Our new CSR focused e-brochure addresses the need to uphold responsible travel initiatives – within both social and environmental means, while exposing the life changing experiences and beneficial interactions that can take place between the traveler and host community.
March 17, 2015
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Destination Asia Launch New Website
Destination Asia is excited to announce the launch of its new website in part of an ongoing effort to continually improve services for their business partners across the world.
March 8, 2015
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Destination Asia wins Belmond Award
Destination Asia was recently awarded with a prestigious Top Producers award from Belmond luxury trains, hotels and river cruises.
January 27, 2015
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Destination Asia Events – Exceeding Expectations
Destination Asia Events continue to develop their enticing range of meeting and incentive activities for clients desiring the most unique and memorable experiences in Asia.
December 18, 2014
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Update on Hong Kong Demonstrations
As of Tuesday 2 December, the streets of Hong Kong remain relatively quiet with many roads opening again and businesses resuming normal service.
December 3, 2014
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Destination Asia Events – Online Sales Tools
Destination Asia Events continues to develop their enticing range of MICE activities for clients desiring the most unique and memorable experiences in Asia.
September 30, 2014
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A tabby cat confirmed up out of doors any person's house. When she noticed the door open, she snuck proper in and made up our minds to stick.
Sara Zoe @sarazoekittens
A few months in the past, a stray cat wandered into an area in Queens, New York. A resident, who steadily cares for the group cats, used to be out of doors of her area when the tabby gave the impression.
She noticed the kitty dart proper previous her into her area and temporarily made herself comfy at the basement flooring. The girl could not say no to the little pussycat customer and let her spend the evening as the elements used to be chilly out of doors.
The cat returned two weeks later and stunned the circle of relatives when the home-owner discovered a muddle of new child kittens in her shoe rack. Became out, the tabby selected her house to have kittens.
Sara Zoe @sarazoekittens
The girl instantly reached out to a local rescue group and requested if they might assist. Sara Zoe, a volunteer of the rescue, took them house to foster. She named the cat Magnolia aka Maggie.
In a while when they settled in, Sara discovered that the momma cat wanted extra assist than that they had expected.
Sara Zoe @sarazoekittens
"She were given a foul an infection with a fever of 105 levels (40.6°C). Her well being began declining and needed to be hospitalized for nearly per week," Sara advised Love Meow.
The kittens have been very younger and had to be fed across the clock. They weren't taking smartly to the bottle in the beginning and needed to be tube-fed whilst Mama Maggie used to be away.
Sara Zoe @sarazoekittens
"Mama thankfully made a complete restoration however as a result of she wasn't making as a lot milk after being clear of the kittens for goodbye, I needed to stay bottle feeding," Sara mentioned.
"She and I made a perfect crew. The small children won weight and have been getting correct diet."
Sara Zoe @sarazoekittens
The tabby mother may be very affectionate towards her foster folks and loves to speak to them and ask for consideration and pets.
Watch their foster adventure on this video:
[embedded content] Rescued cat and her kittens in foster care youtu.be
"Mama Magnolia is a fiercely loving mama who adores her saplings as we have begun to name them. She is chatty and purrs very loudly, particularly when she will get talked to and petted!"
Sara Zoe @sarazoekittens
"Her favourite factor to do is cuddle proper subsequent to us as we watch TV," Sara advised Love Meow.
"Two of her kittens (Ash and Juniper) were given followed as of late. And there are programs in for everybody else too! Mama is predicted to visit her new house in Would possibly."
Sara Zoe @sarazoekittens
Proportion this tale with your folks. Practice updates on this adorable feline family on Instagram.
Similar tale: Stray Kitten Shows Up on Family's Doorstep for Food and Decides to Stay


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Our living room conversations could be intense.
There was discomfort.
That Sunday afternoon, I sat in the living … Read More
Ayiba is a cutting-edge online magazine that seeks to break down perpetuating stereotypes of Africa by telling stories that exemplify the complexity of African identity.
We also provide inspiration and access to opportunities for young African creatives, techies and entrepreneurs.


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By KEN WIEBE
ST. LOUIS – This was a goaltender's duel of epic proportions and given the combatants, that came as little surprise.
In what had been a pick-'em series, it only stood to reason that both Ben Bishop and Jordan Binnington would do their part to ensure a low-scoring affair – what with Bishop being a nominee and possibly front-runner for the Vezina Trophy and Binnington a candidate for the Calder Trophy, not to mention the guy with the lowest goals-against average in the NHL during the regular season.
That it was a mostly tight-checking affair did not come as a shock, as the success of both of these clubs is deeply rooted in a sound structure.
There's no doubt Bishop was the busier of the goalies, especially during the second period when he was forced to make 18 stops and Binnington just made one.
The big guns on both of these clubs were mostly kept in check, the play of the shutdown defence pairings had a key role in that – with Colton Parayko and Jay Bouwmeester doing a fantastic job for the Blues and John Klingberg and Esa Lindell carrying a big chunk of the load for the Stars.
With the series hanging in the balance, it was a local lad who delivered, as St. Louis product Pat Maroon buried a rebound after a Robert Thomas shot at 5:50 of the second overtime to propel the Blues to a 2-1 victory over the Dallas Stars on Tuesday night at Enterprise Center.
"It is different. It means the world. You're playing street hockey and playing with your brothers or your in the basement and you dream of those moments. To score a goal like that, I'll never forget that moment," said Maroon, who scored his second game-winner of the series and delivered his third goal of the playoffs. "I'm proud. I'm proud to be from St. Louis and I'm proud to put that jersey on every night and I'm proud to work hard in front of these fans and to work hard for these guys that deserve it in here, that have been here for so long and want nothing more to win. Right now, that's Round 2 and we've got to go onto Round 3. We've got to play the same way, that relentless hockey. That ground and pound hockey, just never give up and continue what we're doing. If we do that, we'll have success."
Maroon got off to a slow start this season, but picked up his game in the second half, eventually forging a strong bond on the third line with Thomas and Tyler Bozak.
The trio was impressive throughout the series and ended up delivering the dagger on a faceoff play in the offensive zone that was won by Bozak.
"We've tried that play a lot and we were bound to score one there," said Thomas. "I just saw an opening in the middle, tried to cut there, got a shot off and (Maroon) was there to bang it in.
"It doesn't get any better than that, Game 7, double OT goal in your hometown. That's pretty special. I don't even know how he's feeling. He's probably jumping over there. That's pretty cool to do."
The Maroon goal spoiled a brilliant performance from Bishop, who made 52 saves and did everything he could to keep the Stars' season alive.
"It went off the post and then it hit me in the back of the head and then it (puck) just laid there. I don't know I haven't seen the replay, but, yeah it hit the post and then the back of my head, I haven't seen how (Maroon) got a hold of it," said Bishop. "I guess the first word that comes is frustrated. There was a good opportunity there and just a little frustrated right now, tough to end your season in OT. It's frustrating to lose in overtime and then to lose season ending, it's frustrating right now. But the guys did a good job and kind of have to look back on it in a few days."
The Stars simply didn't generate enough offensively in this game, though Bishop kept it a one-shot game right until the end.
"Unbelievable game (from Bishop). It's unfortunate that we couldn't find a goal for him," said Benn, who had a goal and five points in the series. "Right now, it sucks. Pretty self-explanatory."
Binnington did his part for the Blues, finishing with 29 saves and sending another Vezina Trophy candidate packing (in the first round, it was Winnipeg Jets netminder and 2018 runner-up Connor Hellebuyck, who lost the goalie battle).
"It was fun for the first three or four periods, then I was starting to get a little tired there. The guys were incredible," said Binnington, whose best save came in the second overtime when he stopped Stars captain Jamie Benn on a wraparound attempt. "Happy to win, for sure. I wouldn't be very happy if we lost that game. It was a pretty special game for me."
The Blues advance to the Western Conference final and will face either the San Jose Sharks or Colorado Avalanche, who play Game 7 on Wednesday.
Not bad for a team that looked down and out, sitting in 31st place in the NHL on Jan. 2 before an amazing resurgence.
"A lot of people doubted us, but I'll tell you what, and I really do mean this, I'm really proud of this group more and more every single day," said Blues captain Alex Pietrangelo. "You're around this group of guys and a lot of people say we have a close room, and we do because that's a resilient effort from where we were in December to get to where we are now. Sometimes you've just got to look back and be proud of the effort. It's been a long road, but we just keep on pushing and it's taken everybody right now, but we're finding a way."
Just like that, the Blues are halfway to their goal, with eight of the required 16 wins to win Lord Stanley's mug already in the bank.
"It's a grind. That's why it's a grind of the Stanley Cup Playoffs," said Blues head coach Craig Berube. "It's a lot of work, but it's very rewarding. We're moving on to the third round and we're excited. Guys are ready to roll."
Although the Blues were just 2-4 on home ice during the playoffs going into Game 7, they came out strong and scored the first goal of the contest on a point shot through traffic from Vince Dunn at 13:30 of the first period.
The Stars evened the score on a goal from Mats Zuccarello at 15:55.
It was a fortuitous break for the Stars as a clearing attempt from Blues forward David Perron caromed off referee Marc Joannette and ended up going in front to Zuccarello.
"It was just a series of unfortunate events. I kind of lost sight of the puck because I thought it was going behind the net. I saw (Joel Edmundson) trip on my stick and it was a disaster and they just got the goal. All you can do is pick up your stuff and get back at it," said Binnington, who was bumped by Stars centre Tyler Seguin earlier in the sequence. "I don't know the ruling on that. It might have been too far back. Obviously I had a chance to get back into position. It's playoff hockey and you've got to control what you can control and keep moving forward."
The Blues had a dominant second period, but the scary thing was that the Stars were closest to scoring the only goal of the period, as Jamie Benn nearly backhanded home a loose puck after a Seguin slapshot.
As for the Stars, the feeling of emptiness was apparent in the aftermath of such a close game to end the hard-fought series.
"Our goaltender was great, I thought a lot of players had good games, but overall I thought the Blues were the better team," said Montgomery. "They were in Game 6 and I thought they were in Game 7. They continue to get better. I like that our guys kept fighting. Obviously moving on is worth fighting for, and that's the attitude our players had. You know, really proud to have coached these guys this year. We grew a lot as a group. There's a lot to like, but we're not happy right now with how the season ended. The Blues played better, and that's game 7. They earned the right to move on. We almost got it because of Ben Bishop, and we were getting better throughout the game. Didn't materialize."
Montgomery didn't mince words when speaking to reporters after the game about what he told his players.
"I just told them that I appreciated their effort, I appreciated how much we grew together as a group, and the effort and sacrifice they put together, there's a lot of players who are playing with some bad injuries right now," said Montgomery. "As a coach, you appreciate how much they gave to be a Dallas Star, try to help us advance in the playoffs. I don't know if you guys did, but I know a lot of people wrote us off at the All-Star break, and we grew and we overcome a lot of adversity. So there's a lot to like, and I think that next year we're going to be able to start in a real good place, because there's going to be a lot of familiarity starting next year."
Next-year country arrived too early for the Stars liking, but they realize heartbreaking losses are often an important building block in the process of becoming a team that wins consistently when it matters most.
"I mean, I'm sure it can," said Seguin. "Obviously right now, I don't want to think about that."
That's understandable, but as the pain subsides and the exit meetings are held, the Stars are going to feel good about the important step they took.
"I'm pretty empty right now. I don't know. You're right in it, you're playing in overtime, could reach the conference final and then you lose like that. It's tough," said Klingberg. "Yeah, we're good. We're good there. Just going to have to keep building on what we're doing here, and we're doing something right."
With the game reaching double overtime, a total of five players (all defencemen) eclipsed 30 minutes of ice time on Tuesday.
Leading the way was Lindell, who took 46 shifts for 37:45, finishing the game with one shot on goal, one hit and four blocked shots.
Fellow Stars blue-liner Klingberg had 36:27 of ice time, with four shots on goal, one hit and one blocked shot.
For the Blues, Pietrangelo chipped in an assist and had 35:20 of ice time, finishing with four shots on goal and three blocked shots.
Parayko took a game-high 51 shifts for 34:35 and had five shots on goal, nine shot attempts and two blocks, while Bouwmeester had 32:31 of ice time and one blocked shot.
Some eyebrows were raised when Stars centre Roope Hintz skipped the morning skate on Tuesday.
Hintz blocked a series of shots (at least two) during the first period Game 6 with his left foot and was seen in Dallas in a walking boot before boarding the plane, leading some to speculate that he might not be available for the seventh and deciding game.
Hintz had only 12:58 of ice time on Sunday, which was his lowest total in 12 games during the 2019 playoffs.
But Hintz, who had some additional padding on his left skate, came out for the pre-game warm-up and started the game on the second line with Jamie Benn and Alexander Radulov.
Hintz didn't have the same explosive burst he showed earlier in the series, but he gutted it out under tough circumstances and was still one of the quicker players on the ice.
Hintz had two shots on goal and four shot attempts and three blocked shots in 23:35 of ice time.
"Incredible effort by Roope Hintz. I thought he was our best forward (in Game 7)," said Montgomery. "And the blocked shots after the blocked shot he took in Game 6, it's inspiring. He's going to be a great player for us for a long time."
The Stars made one lineup change, inserting right-winger Brett Ritchie on the fourth line for Mattias Janmark.
Janmark had the game-winning goal in Game 2 and had an assist in Game 3 and Game 5, though he sat out Game 4 with a suspected injury.
Ritchie was playing his first playoff game of 2019 and finished with 15 shifts for 7:52 of ice time, recording two shots on goal and three hits.
The Stars won't lose a first round pick to the New York Rangers in 2019 as they didn't advance to the Western Conference final, but if Zuccarello stays with the Stars instead of opting for free agency, the Rangers will get a first rounder in 2020 (instead of a third round pick).
As for Zuccarello's impact on the Stars since the trade, it's been undeniable.
"He's influenced the passing a lot. In this series, I saw it in Nashville (series), too, it's immediately come to fruition," said Montgomery. "But he makes some passes that are so creative that it's not connecting with our players and sometimes it's hitting their players and skates and I don't think anyone on the ice except him knows the pass is happening already. That's how smart he is. How quickly his brain sees something and it triggers the right signals to his hands, it's got to be one-tenth of a second how quickly he does that. It's impressive."
Berube made a number of adjustments in the series – both with his personnel and his line combinations that worked out incredibly well for the Blues.
What does that say about Berube's ability to have his finger on the pulse of his hockey club?
"It shows his intelligence and how he knows his players. He knows when we need to make an adjustment," said Blues centre Ryan O'Reilly. "What every guy does is unique. He knows how to fit that into the roster and bring it at the right times.
"He has a great feel for the game, if feel he says the right things at the right time. Know what we need to be pushed and find our game that way, he's great at getting that across. When things aren't going well but we're doing the right things, he knows how to get us to the next level and be patient with it. He finds a way to read the game very well that, I think, all of us have faith in him and faith in each other because of it."
Montgomery has enjoyed the chess match as well.
"Absolutely. It's a lot of fun to be in the trenches like this and trying to get two percent more out of your group, you know," said Montgomery. "Trying to put them in favourable positions, whether it's matchups or structure changes."


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2016 marks Indiana's 200th anniversary. Not surprisingly, Spirit & Place was inspired to by our state's bicentennial to select HOME as its theme this year.
What you might find surprising is that according to the 2015 Indiana Civic Health Index.
- In the 2012 Presidential Election, Indiana ranked 38th in voter turnout with a rate of 59.3%.
- In the 2014 midterm election, Indiana ranked last in the nation with only 27.8% of the voting-eligible population participating.
According to local news reports, during the 2015 municipal election in Marion County, out of 663,209 registered voters, only 150,451—or 22.69%—people cast their ballots. A 20 year low.
We can and must do better.
Spirit & Place's mission is to be a catalyst for civic engagement and our partners at Indiana Humanities share this dedication . . . as do all of our community partners with whom both organizations frequently work.
That is why Spirit & Place and Indiana Humanities are working to bring Central Indiana's leading arts and cultural organizations together in an initiative to do our part to encourage voter registration and voting.
Throughout 2016, Spirit & Place and Indiana Humanities will create opportunities and provide resources to our community partners so that they can reach out to their audiences, as well as staff members and volunteers, in a nonpartisan way.
Organizations already supporting this effort include Christian Theological Seminary, Benjamin Harrison Presidential Site, Indy Reads, Athenaeum Foundation, and several others. These groups are committed to communicating important election-related dates and details to their audiences, staff, volunteers, and others as well as fostering an atmosphere of civic engagement at their institutions.
Indiana Humanities and Spirit & Place will also be offering a one-day "Civic Reflection" training session as well as a "Voter Engagement Training for NonProfits" in March as way to further encourage a culture of civic participation.
Like us on Facebook and follow us on Twitter to receive updates about important electoral deadlines and non-partisan updates and then help us spread the work by sharing these posts! Together, we can all do our part to improve Indiana's civic health.
Sadly, Indiana ranks in the lower half of all states in other civic categories as well. According to the Civic Health Index:
- Hoosiers rank 46th in public meeting attendance.
- 44th in participation in school groups, neighborhood, or community associations.
- 47th in working with neighbors to fix or improve something in the community.


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Each Apple iPhone rides a buildup machine. Yet, the Apple iPhone X has been extraordinary even by Cupertino measures, figuring out how to remain on top of our imagination even before it's launch. Now that's a strategy. To start with, let us tell you something about iPhone x in a brief. There is no home button! Yes, you heard it right. iPhones have really changed throughout the years, be it in terms of size, highlights and quality, yet one thing has stayed predictable up till now and it was the home button. The physical catch that would dependably return you to the Home Screen regardless of which application you were in or what you were doing. The Home Button has been supplanted on iPhone X with a swipe up from the base motion. It takes all of around one moment of utilization to get accustomed to it.
First let us talk about Apple iPhone X Design
The primary thing you will see about the Apple iPhone X is tits size. Not that it's too little but if you compare it with other phones, it's quite smaller. Truth to be told, it isn't considerably bigger than the iPhone 8. All things considered, at 5.8 inches the iPhone X packs a bigger screen than the iPhone 8 Plus yet is essentially little. This implies that the iPhone X will not be difficult to hold for plenty of clients and hence have a superior agreeableness than Apple's phone.
The power button and the volume buttons stay where they are in the other late Apple phones.The other huge change is at the back where the double camera knock is presently vertical, not at all like the iPhone 7 Plus and iPhone 8 Plus where it is level. iPhone has a glass back.
Apple Animojis are super cute
Animojis are an iPhone X's exclusive add on. You can move around, flicker, talk and record iMessages utilizing an assortment of creature characters and even the heap of crap.
Apple iPhone X Face ID
Another iPhone X feautre that we were to some degree suspicious and uneasy about is the new FaceID 3D scanner. One of the greatest changes in the iPhone X is the absence of a home button. Apple is utilizing motions to help explore without the Home button and has supplanted the unique finger impression scanner with FaceID. Since there is no Home Button, Touch ID (one of a kind finger impression sensor) isn't possible. Touch ID on the IPhone X has been supplanted by FaceID. Whether you were spectacles or not, it works flawlessly with or without the glasses on. It has even worked from time to time where we didn't infer that it would.
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Apple iPhone display- Super Sturdy
The Apple iPhone X is the principal iPhone to brandish a Super AMOLED capacitive touchscreen. Apple has for a long while been itching to attempt AMOLED, however it's turned out to be sufficient and sufficiently moderate just at this point.
Apple iPhone X execution
The iPhone X is a standout amongst the most effective telephones you can purchase right now and that isn't tied in with a 8GB RAM or a realistic processor on coke. The telephone's A11 Bionic chip works extremely well with the product to offer a smooth ordeal constantly.
As far as picture quality and sharpness is concerned, the iPhone X is an unmistakable an upgrade form of the iPhone 7 Plus. Low-light execution additionally picks up a reasonable change.
The telephone can clearly handle the everyday stuff. Be that as it may, at that point the A11 chip is made for considerably more. So, the double camera handling is considerably speedier than it was on the iPhone 7 Plus.
Apple iPhone X battery life
The Apple iPhone X has somewhat bigger battery than the iPhone 8 Plus, despite the littler form. Nonetheless, it additionally has a better screen and even more effective processor.
Apple iPhone X motions – Easy and Delightful
Since, the home button is gone, iPhone X clients should get themselves used to a few motions. To get the opportunity to home you swipe up ideal from the base of the screen, do a similar swipe and hold your finger at the center of the screen to see running applications and drag down from upper right corner to gain the power focus.
Apple iPhone – Final call
The Apple iPhone X is plainly the best iPhone Apple has created in a while, both regarding development and usefulness. The iPhone X offers enough regarding new and future-sealed highlights.
Likewise, we won't suggest this telephone for the individuals who have a past filled with destroying their gadgets. This is a hard telephone to deal with and you ought to get a decent cover even before you advance out of the store.
The Apple iPhone X is an unquestionable requirement purchase for the individuals who can bear the cost of it and have been some committed Apple clients for a long time. You will appreciate numerous features of this telephone for sure.
We trust this suggestion will be useful to make your psyche before purchasing the most needed Apple iPhone X. If you want to buy iPhone X with best offers so check out Amazon coupons listed to get the best deal on iPhone X.


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Clip Cheesecake Meets Beanie Children's Book
The second installment from 'Clip Cheesecake'
Can Jolli-Jelli's save Chewbury Town from the black rain?
All proceeds made from the sale of this book will be donated to the Brainwave Foundation.
The Brainwave Foundation offers the best hope to children with brain disabilities or developmental delay, helping them to live a more independent and happier life.
Both installments are available to purchase online from our website.


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Harvest Pictorial Co Ltd
Harvest Pictorial Co Ltd was founded by Richard Walsh and Angie Cagney in 1989 to market Irish Art.
They are located near the small village of Ballydehob, whcih is by the sea in West Cork, in the south west of Ireland. The Company is involved in working with Irish artists in the origination, printing and wholesale of collections of framed prints of Irish art and related Irish art products of mainly Irish landscapes and contemporary Irish Art.
Since 1989 Harvest Pictorial has continually supplied a niche range of Irish art products.