We’ve designed our sheets with a thick elastic band all around for a quick and easy change. EASY MAINTENANCE - Accidents happen and twin sheets need to be washed.
DESIGNED BY MOMS FOR THE KIDS WE LOVE - At Pobi Baby, we know how hard it can be for our kids to make the transition from crib to bed, so we've created a twin sheet set (fitted sheet, flat sheet and pillow case) that is as soft and stretchy as our crib sheets. You’ll love the feel and fit as you pull the sheets snug and realize the elastic band wraps all the way around the mattress, creating a safe and soothing space for your child to sleep. SOFT, STYLISH, and SAFE - The first thing you will notice about our premium quality twin bed sheets is the luxuriously soft, breathable fabric. HIPS – High Impact Polystyrene is lightweight, inexpensive, and is commonly used in food packaging and housing applicationsĮ. HDPE – High-Density Polyethylene Sheets have a high impact strength and are used for industrial productsĭ. ABS – Acrylonitrile Butadiene Styrene can be used across a number of products due to its impact and chemical resistant propertiesĬ. TPO – Thermoplastic Polyolefins have high impact resistance and can keep up performance in cold and high heat applicationsī. This plastic forming process is most commonly used in products that require maximum durability, a secure structure, and as little weight as possible. Twin sheet thermoforming incorporates hollow cavities in the parts that contribute to their lightweight but heavy-duty properties. The parts created are high in strength, rigidity, and stiffness. Twin sheet thermoforming can be used to create heavy-duty industrial parts along with formed features. Can accommodate multiple textures and have variable wall sizes Has a size capability of 8″ x 8″ to 7′ x 11′ This thermoforming process can have molded in attachmentsį. Twin-sheet thermoforming has increased structural stabilityĮ. Twin forming has the ability to include internal reinforcements such as rigid foam componentsĭ. Due to its unique process, hollow products can be formed with a separate component insideĬ. Twin-sheet forming allows for a two-color product option and custom color layeringī. The thicker sheet would take longer to heat and cool, causing the thinner sheet to potentially distort.Ī. A variance greater than that would risk the twin-sheets being out of sync. When considering thickness, it is best that the difference in depth between the bottom and top sheets be 0.0625 of an inch or less. To eliminate shadowing, the mold can be bead-blasted which will give the panel a textured finished. Shadowing, a term used that represents noticeable inconsistencies in surface finish, can happen on sides near where the twin-sheets were pressed together. Whether painted or unpainted, surface finish is important when thermoforming. Cool air is brought in and the holes are placed in a way that conceals their presence. To combat this, holes are positioned along the face of the panel that acts as a ventilation system. The Twin-sheet process allows for hot air to be trapped within. They must be perfectly aligned in order to join together properly. There is no allowance for error during the fusion of both sheets. The pressed points are the areas where the two molds will be pressed together. 
This is to make sure the plastic can be matched with their pressed points. The two sheets in twin forming must be in complete sync with one another. A complete understanding and control of the conditions in play while twin-sheet thermoforming is required, as well as the appropriate vacuum and cooling devices. When forming two sheets instead of one, just as the twin thermoforming process suggests, the thermal bonding between the two sheets must be precise and properly aligned. Twin-sheet forming is a complex system with many conditions that need to be met in order to thermoform a viable product. Vending-machines, bed liners, air ducts, and pallets some of the custom plastics constructed using this process. The coming together of two sides during twin-sheet forming makes it ideal for constructing double-walled and hollow industrial products. Twin sheet thermoforming is the process of heating adjacent plastic sheets simultaneously then forming and fusing the two sheets together in order to create the finished product.
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