描述

合金化改性聚甲醛树脂

1）聚甲醛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。

合金化改性聚甲醛树脂

产品细节

合金化改性聚甲醛树脂

合金化改性

合金化改性聚甲醛可以在不损害其他机械性能的情况下提高其韧性。因此，对具有综合性能的聚甲醛进行增韧改性可以取得良好的效果

POM/PA12共混体系中存在氢键相互作用，PAI2的加入降低了POM的熔点，导致共混体系的结晶度降低，表现出一定的增韧效果

在POM/COPA、POM/LDPE和POM/HDPE三种共混物中，由于COPA和POM之间存在氢键，对POM具有良好的增韧效果；此外，经紫外线照射的HDPE可以在其分子链中形成。在共混物表面引入极性羰基以改善POM与HDPE的相容性，从而提高共混物的冲击强度

是一家专业的合金化改性聚甲醛树脂制造商，您可以从我厂以优惠的价格订购高质量的合金化改性聚甲醛树脂

Alloying Modified 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.

Alloying Modified POM Resin

Product Details

Alloying Modified POM Resin

Alloying modification

Alloying modified POM can improve its toughness without damaging other mechanical properties. Therefore, the toughening and modification of POM with comprehensive properties can achieve good results.

There is hydrogen bond interaction in the POM/PA12 blend system, and the addition of PAI2 reduces the melting point of POM, which causes the crystallinity of the blend system to decrease, showing a certain toughening effect.

Among the three blends of POM / COPA, POM / LDPE and POM / HDPE, due to the hydrogen bond between COPA and POM, it has a good toughening effect on POM; in addition, HDPE irradiated by ultraviolet light can be in its molecular chain. The polar carbonyl group was introduced on the surface to improve the compatibility between POM and HDPE, which improved the impact strength of the blends.

Contactnowformoredetailsabout Alloying Modified POM Resin.

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