Features:
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1. Heat Insulation: Single-foaming structure can reduce the loss of heat between air convections, suitable for making heat preservation pipes and boards. Good anti-dew capability, suitable for humid environments like refrigerators, air-conditioners, ice houses, etc.
2. Cushion Capability: Semi-hard quality foams have good rebound capabilities after strong impact, suitable for the packing of instruments, semi-conductors, electronics, etc.
3. Sound Absorption: Good sound and noise absorption capability, suitable for sound absorption and insulation parts of automobiles, electro-motors and other equipment and environments with loud noises.
4. Shaping Capability: Good heat endurance and ductility capability with even density, suitable for making deep interior parts like shaping in vacuum and hot environments, like the air conditioning vaporizing tank of automobiles, hot-shaped peak canopy of vehicles, shoes, etc.
5. XPE foam has good chemical, oil, acid and alkali durability capabilities: It is safe and odorless, easy for machining and casting, and can be mixed with many other materials. It has a wide developing area as a new environmentally-safe material.
PE/XPE FOAM ROLL SHEET
Applications:
1. Packaging: High-standard-requirement protection-packing materials for electronic components, appliances, etc.
2. Vehicles: Automobile interior parts, peak canopies, instrument bases, sun visors, coolers, foot mats, etc.
3. Education Tools: Teaching tools, children&#;s toys, gymnastic mats, surfboards, life-jackets, floaters, cushion tools, etc.
4. House Wares: can be used for kitchen sinks, matting, tub lids, mattresses, wall lining, slippers, hats, etc.
5. Heat Insulation: suitable for heat insulation equipment for temperature-conditioned houses, water tanks, reservoirs, central air-conditioners, air-conditioners, etc.
6. Architecture: suitable for heat insulation and preservation, waterproofing, cushioning, anti-leaking, anti-frosting and room decoration purposes for buildings; can be used as construction materials for roofs and walls.
What is XPE foam material?
Cross-linked polyethylene foam (XPE foam) is a type of closed-cell foam material that is made from polyethylene. It is created by cross-linking the polymer chains of polyethylene, which results in a foam material with a more durable, closed-cell structure.
What is PVC foam?
PVC foam, English name Polyvinyl Chloride Foam, is a foam material made of PVC (polyvinyl chloride).
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Which is better, PVC foam or XPE foam?
Cross-linked polyethylene foam (XPE foam) and polyvinyl chloride foam (PVC foam) are both types of closed-cell foam materials used for a variety of applications. However, there are some differences between these two types of foam materials:
Composition: XPE foam is made from polyethylene, while PVC foam is made from polyvinyl chloride. Polyethylene is a type of thermoplastic material, while polyvinyl chloride is a thermoplastic polymer.
Density: XPE foam is generally denser than PVC foam, which makes it more durable and resistant to wear and tear. PVC foam is typically softer and less durable.
Chemical Resistance: XPE foam is resistant to most chemicals, including oils, fuels, and solvents, while PVC foam is less resistant to some chemicals and may break down over time.
Heat Resistance: XPE foam is more resistant to heat than PVC foam, which makes it suitable for use in high-temperature applications.
Water Resistance: XPE foam is resistant to water and moisture, while PVC foam can absorb water over time.
Cost: XPE foam is typically more expensive than PVC foam due to its superior properties and higher production costs.
In terms of applications, XPE foam is often used in construction, automotive, and marine industries for insulation and cushioning purposes. It can also be found in sports equipment, packaging materials, and medical devices. PVC foam is commonly used in the sign and display industry, as well as for cushioning in furniture and upholstery applications.
In terms of processing, XPE foam is typically produced using a chemical cross-linking process that creates a more durable, closed-cell foam structure. PVC foam is produced through a foaming process that introduces gas bubbles into the material to create a foam structure.
Overall, the choice between XPE foam and PVC foam will depend on the specific requirements of the application. XPE foam is generally preferred for high-performance applications that require superior durability, chemical resistance, and heat resistance, while PVC foam is a more affordable option for applications that do not require such high-performance properties.
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