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Description
Description
This Premium Closed Cell PE Foam Sheet is an exceptional choice for a variety of applications. Measuring 1800mm x 900mm, this versatile foam is made from cross-linked polyethylene, offering numerous benefits. The foam consists of a multitude of nitrogen cells encapsulated within a polyethylene material, making it lightweight and completely odourless. It does not absorb water, providing buoyancy, and boasts outstanding chemical resistance against most oils, solvents, acids, and alkalis.
Closed cell foams like this are generally firmer and tougher compared to open cell foams. They exhibit significantly less springiness and can recover from repeated impacts, with each cell acting like a balloon to revert to its original shape. Widely regarded as one of the most versatile foam options available, this PE Foam finds applications ranging from insulation and packaging to impact-absorbing sportswear and military-grade casing inserts.
Shaping and cutting this foam is straightforward; it can be thermoformed, saw cut, laser cut, and routed cleanly using CNC equipment. Additionally, it can be split and heat laminated, and can be shaped using water jet equipment. If you require machined or finished PE Foam components, please inquire for more information.
Dimensions & Specifications
| Specification | Measurement |
|---|---|
| Dimensions | 1800mm x 900mm |
| Material | LD60 PE Foam |
| Density (g/cm³) | 0.06 |
| Water absorption (%) | < 2 |
| Service temperature long-term max (°C) | 100 |
Technical Specifications
- Lightweight and buoyant
- Exceptional chemical resistance
- Easy to fabricate and shape
- Suitable for insulation, packaging, and protective applications
FAQs
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Can this foam be used for outdoor applications?
Yes, due to its chemical resistance and buoyancy, it is suitable for various outdoor uses. -
Is the foam easy to cut and shape?
Absolutely, it can be thermoformed, laser cut, and CNC machined for precise applications. -
What is the maximum temperature for long-term use?
The foam can withstand temperatures up to 100°C long-term.