Product Introduction

IXPE foam is produced by compounding PE with some special padding and foaming material,then cross linking by irradiation and foaming which is considered as polymer material, expect the property of XPE, the IXPE has better property than the XPE foam: Its surface is much more
smooth, the obturator foramen is much more well-proportioned and detailed, and its physical property is much better, too. Because of its environmental.

Specification

Applications

1,Front cab visors fixing.
2,Mirror covers fixing
3, Interior trim & dash overlays fixing
4,License plate fixing
5,Weather strips fixing
6,Door dust seals fixing
7, Door edge&body side moldings fixing
8,Wheel/fender flares&trim fixing
9,Wind rain deflectors fixing
10, Sell-adhesive wheel balancing weight

About CYG

CYG TEFA Co., Ltd has 17 years of production experience. We're the biggest and the most professional irradiation cross-linked polyethylene conductive foam manufacturer in China and has the most complete cross-linked polyethylene foam products. Our main products are Cross-linked PE foam material, IXPE foam, XPE foam, Conductive IXPE foam; ESD foam tray, ESD packing material; Beach mat, camping mat, sleeping mat, yoga mat; etc. Our clients are iPhone, Samsung, Gree, Haier, TCL, Adidas, Nike, Flextronics, General Motors, BYD, PPL, etc. Now, we have 2 factories and 17 production lines...

FQA

1) What is closed-cell?

Polyethylene foam is closed-cell, meaning it consists of cells so tightly packed together that it gives the appearance of one uniform structure.
The reality is that the individual cells within polyethylene foam do not physically connect to one another.
This cellular formation is similar to fish caught in a fisherman's net.

2) Why choose Low-density polyethylene foam?

Low-density polyethylene foam has numerous applications because of its many desirable properties including water-resistance, chemical resistance, energy-absorbance, buoyancy and cushioning characteristics. Compressive strength is greater in denser foams, decreasing as density decreases. Low-density foams tend to exhibit more compressive creep, meaning they become less thick over time than higher-density foams.