IXPE Foam

ESD PE Foam

ESD PE foam is a kind of Anti-Static closed cell polyethylene foam in black color, it’s Eco-friendly, low density, electrostatic protective industrial foam for package

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PRODUCTS

Introduction: There are various types of foam and each one carries its own unique properties. With our selection of polyethylene foam products, get an option in this durable material to fit your needs with ease and precision. Made to be durable and long-lasting, this closed cell foam offers reliable firmness and longevity thanks to the overall design and nature of the material. It can be utilized in a range of applications and purposes to fit your needs. This strong, resilient option for foam is ideally suited to shock absorbing applications since it is a great way to dampen vibrations. It is exceptionally well suited to automotive interior material purposes because of this fact and is great for lightening purpose and noise reduction.

Characteristic: ☆ Light-wight, noise reduction ☆ Much easy to be shaped and formed ☆ Good choice to replace the irradiated cross linked polyethylene foam in automotive interior

Polyolefin Foam – IXPE FOAM MSI05

IXPE foam is developed and manufactured by electron beam cross-linking technology. The polyethylene is irradiated with an electron beam, and heated and foamed to 5

Polyolefin Foam -IXPE FOAM MSI30

IXPE foam is cross linked by irradiation. The polyethylene resin is heated and foamed to 5 to 30 times to form a completed independent-cell-structure foam.

Polyolefin Foam – IXPE FOAM MSI10

IXPE foam has a nearly 100% closed cell structure and it is light weight.

Various processes such as cutting, stamping, and pressure forming can be easily

Polyolefin Foam – IXPE FOAM MSI15

“I” refers to irradiated

“X” refers to cross linking

“PE” refers to polyethylene resin

So IXPE foam means irradiated cross linked polyethylene foam

Polyolefin Foam -IXPE FOAM MSI25

IXPE foam is developed and manufactured by electron beam cross-linking technology. The polyethylene foam is irradiated with an electron beam, and heated and foamed to