描述

抗静电改性POM树脂

1）POM 20%玻璃纤维，具有优异的机械强度

2）POM 20%玻璃纤维，用于承载高硬度强度

3）POM 20%玻璃纤维，具有高耐磨性

4）轴承自润滑用POM 20%玻璃纤维

5）POM 20%玻璃纤维，用于承载更高的模量

6）POM 20%玻璃纤维，用于耐化学腐蚀等。

抗静电改性聚甲醛树脂

产品细节

抗静电改性聚甲醛树脂

聚甲醛的抗静电改性

由于其热稳定性差、极性低、结晶度高，聚甲醛本身与常用聚合物的相容性差。当它与其他极性抗静电剂混合时，会导致聚甲醛分解。聚甲醛的抗静电作用研究有限。聚甲醛抗静电改性的主要研究方向是：（1）添加弱极性低分子抗静电剂或亲水性聚合物的方法，如脂肪酸单甘油酯、改性硅油和改性聚乙二醇（PEG）等

（2）添加导电炭黑的方法

（3）添加碳纤维或金、金属纤维等的方法。

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Antistatic Modification POM Resin

1)POM 20% Glass Fiber for Bearing Excellent mechanical strength;
2)POM 20% Glass Fiber for Bearing High hardness strength;
3)POM 20% Glass Fiber for Bearing High wear resistance;
4)POM 20% Glass Fiber for Bearing Self-lubrication;
5)POM 20% Glass Fiber for Bearing Higher modulus;
6)POM 20% Glass Fiber for Bearing Chemical resistance and etc.

Antistatic Modification POM Resin

Product Details

Antistatic modification POM Resin

Antistatic modification of POM

Due to its poor thermal stability, low polarity and high crystallinity, polyoxymethylene itself has poor compatibility with commonly used polymers. When it is blended with other polar antistatic agents, it will cause polyoxymethylene decomposition. The research on the antistatic effect of polyoxymethylene is limited. The main research directions of polyoxymethylene antistatic modification are as follows:

(1) The method of adding weakly polar low-molecular antistatic agent or hydrophilic polymer, such as fatty acid monoglyceride, modified silicone oil and modified polyethylene glycol (PEG), etc.; .

(2) The method of adding conductive carbon black;

(3) The method of adding carbon fiber or gold, metal fiber, etc.

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