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Ready to ShipAtilon PE foam is a type of plastic foam produced from polyethylene that provides customers with a wide range of applications. Atilon PE foams are versatile, resilient, lightweight, and available in different densities and thicknesses. This makes them suitable for various commercial purposes, such as in the packaging industry, insulation industry, etc.
Purportedly, they are about 90% empty space.
Attilon PE foam's specifications can vary quite a bit based on the applications it is designed for. But here are some typical features of this material:
Density:
The density of Attilon PE foam can vary depending on the formulation and manufacturing process. Generally, it is categorized into low-, medium-, and high-density PE foams. Low-density PE foam is often used for applications like cushioning packaging and insulation. Medium-density foams provide a balance between softness and support, making them suitable for applications such as gaskets, seals, and flotation devices. High-density foams are firmer and more durable, making them well-suited for industrial applications, such as automotive interiors, construction, and healthcare equipment.
Thickness:
Attilon PE foam is available in a range of thicknesses to suit different applications. For example, thin foams (such as 0.5-5 mm) are commonly used for cushioning and packaging, while thicker foams (such as 6 mm-25 mm) are better for insulation and flotation devices.
Rolls/Sheets:
Attilon PE foam is available in different formats ranging from rolls to sheets. Rolls are more common for thinner foams, while sheets are ideal for cushioning and insulation applications.
To keep Attilon PE foam in good condition, users need to maintain it regularly. Here are some maintenance tips to keep it looking its best:
Users should clean the foam pillow regularly to avoid dirt and dust buildup. Use a vacuum cleaner or lint roller to remove any dust or debris from the surface. For deep cleaning, spot clean the pillows with warm water and a mild detergent. Dip a clean cloth in soapy water, wring it out, and gently blot any stains on the foam. Don't over-saturate the foam. Make sure to let it dry completely before putting it back in the case.
Attilon PE foam may fade or degrade if exposed to strong sunlight for an extended period. Therefore, it is important to keep the foam product out of direct sunlight when not in use. Alternatively, use a UV-protective sunscreen if staying in the sun in the daytime.
In addition, users should minimize exposure to harsh chemicals, including bleach, ammonia, and other household cleaners. When cleaning the air, they should use only mild detergents and avoid submerging the foam in water, which can cause it to become waterlogged and break down over time.
Packaging and Protection:
Atilon PE foam is commonly used to protect fragile items during shipping, such as glass, ceramics, and electronic products. Packaging manufacturers can use Atilon PE foam to make inserts, cushions, or exquisite cushioning materials for packages to ensure that items are not damaged during transportation.
Flooring and Surface Protection:
Atilon PE foam can be used to cover and protect floors, tabletops, and other surfaces when flooring, painting, or decorating are used to avoid abrasion, scratches, or contamination.
Cold Chain Logistics:
In cold chain logistics, Atilon PE foam can be used as a thermal insulator to maintain a constant temperature inside the package and ensure that temperature-sensitive items, such as pharmaceuticals, food, or chemicals, are not affected by external temperature changes.
Medical Equipment Packaging:
In the medical field, Atilon PE foam can be used to package and protect medical devices and precision instruments. It can provide cushioning and protection to ensure that equipment remains intact and functional during transportation and is easy to install and remove for use in sterile environments.
Automotive Industry:
Atilon PE foam can be used in the automotive industry to produce interior trim parts, such as door panels, dashboards, and headliners, which can improve the ride's comfort and quietness. In addition, it can be used for protective packaging of automotive parts to ensure that they are not damaged during transportation and to provide cushioning and protection for delicate automotive parts.
Logistics and Transportation:
In the logistics and transportation industry, Atilon PE foam can be used to protect and package various goods, such as electronic equipment, instruments, machinery, etc. It can be made into cushioning liners, corner protectors, and more to ensure that goods are not damaged during handling and transportation.
Customization and OEM:
Some brands and companies may need to customize Atilon PE foam packaging according to their needs. For example, they may require specific sizes, shapes, or printing to meet their branding and marketing needs. In addition, some companies may need to use Atilon PE foam to make other products in collaboration with their partners.
When choosing PE foam for an intended purpose, some factors must be considered to ensure the final choice meets specific needs and requirements.
Application requirements analysis:
Users should begin by determining the application needs to be satisfied with the foam. This includes the use environment, the surfaces to which the foam will be applied, the needed cushioning level, the insulation requirement, and any other specific needs, like sound absorption or resistance to particular chemicals. Once the application requirements are clearly defined, it will be easier to narrow the choice of PE foams to those that can meet the needs.
Physical property matching:
Users should ensure that the selected PE foam has the right density and compressibility to provide the cushioning needed in the specific application. For instance, high-compression foams should be chosen for heavy impacts or loads, while low-compression foams are more suitable for light impacts or for general cushioning. People should also consider thermal insulation needs, and if a specific need is identified, users should ensure the selected foam has the right thermal conductivity.
Environmental condition suitability:
If the foam will be exposed to moisture, people should opt for PE foams resistant to water absorption and quick drying. Moreover, if it will be exposed to UV radiation from sunlight, users should choose UV-resistant PE foams or use them with UV-blocking coatings. Additionally, if the foam will be exposed to high or low temperatures, people should ensure the selected foam can withstand the temperature range of the specific environment without degrading or losing performance.
Surface compatibility:
Users should ensure that the selected PE foam's adhesive and chemical compatibility will bond well with the surfaces in their application. For example, if using the foam in a bonding application, they should ensure it can be easily bonded to the other materials used.
Standard compliance:
Some application scenarios may have specific standards or regulations that need to be complied with, like fire safety standards. Users should ensure the selected PE foam complies with the necessary standards for the specific application to avoid potential risks.
Economical choice:
Once users have determined the specific requirements, properties, and environmental conditions their PE foam will need to satisfy, they should compare different products' performances and prices. Users can choose a PE foam that meets their specific needs within their budget to make an economical choice.
Q1: Does Atilon PE Foam absorb water?
A1: Atileo PE foam is water-resistant. Therefore, it does not absorb water.
Q2: What is the thermal conductivity of PE foam?
A2: The thermal conductivity of PE foam is 0.038 to 0.049. This means that Ativo PE foam has excellent thermal insulation properties.
Q3: Is Atilon PE foam recyclable?
A3: Atibon PE foam is not recyclable. However, it is possible to reuse the products made from Atibon PE foam.
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