含二硫化钼高分子聚乙烯板UPE加工板
- 来源:
- 山东豪沃橡塑有限公司
- 日期:
- 2023年6月8日
高分子聚乙烯板（PE）是人们对高分子量聚乙烯板的简称。其板材是在超高分子量聚乙烯原料的基础上，根据客户所需加入相关改性材料，经混合－－压延－－烧结－－冷却－－高压定形－－脱模－－成形。
超高分子量PE板材性能:
UHMW-PE板用于发生滑动磨损或金属部件接触，导致摩擦或磨损的地方。它非常适用于斜槽和料斗衬里、输送机或部件、耐磨垫、机器导轨、冲击表面和导轨。
1.高耐磨性和抗冲击性
2.抗紫外线
3.易于加工以供工程使用
4.几乎完全不会受到化学侵蚀
5.低摩擦系数
6.不结块和粘附
7.良好的电气性能
8.在低温应用中表现出色 高温度:180华氏度 吸水率< 0.01%
High molecular weight polyethylene sheet (PE) is the abbreviation of high molecular weight polyethylene sheet. On the basis of UHMWPE raw materials, the plates are mixed, calendered, sintered, cooled, autoclaved, demoulded and formed according to the needs of customers.
Ultra high molecular weight PE sheet properties:
UHMW-PE plate is used where sliding wear or metal parts contact, resulting in friction or wear. It is very suitable for chute and hopper liners, conveyors or components, wear pads, machine guides, impact surfaces and guides.
1. High wear resistance and impact resistance
2. UV resistance
3. Easy to process for engineering use
4. Almost completely free from chemical attack
5. Low friction coefficient
6. No caking and adhesion
7. Good electrical performance
8. Excellent performance in low temperature applications. Maximum temperature: 180 ° F, water absorption < 0.01%
超高分子量PE板材性能:
UHMW-PE板用于发生滑动磨损或金属部件接触，导致摩擦或磨损的地方。它非常适用于斜槽和料斗衬里、输送机或部件、耐磨垫、机器导轨、冲击表面和导轨。
1.高耐磨性和抗冲击性
2.抗紫外线
3.易于加工以供工程使用
4.几乎完全不会受到化学侵蚀
5.低摩擦系数
6.不结块和粘附
7.良好的电气性能
8.在低温应用中表现出色 高温度:180华氏度 吸水率< 0.01%
High molecular weight polyethylene sheet (PE) is the abbreviation of high molecular weight polyethylene sheet. On the basis of UHMWPE raw materials, the plates are mixed, calendered, sintered, cooled, autoclaved, demoulded and formed according to the needs of customers.
Ultra high molecular weight PE sheet properties:
UHMW-PE plate is used where sliding wear or metal parts contact, resulting in friction or wear. It is very suitable for chute and hopper liners, conveyors or components, wear pads, machine guides, impact surfaces and guides.
1. High wear resistance and impact resistance
2. UV resistance
3. Easy to process for engineering use
4. Almost completely free from chemical attack
5. Low friction coefficient
6. No caking and adhesion
7. Good electrical performance
8. Excellent performance in low temperature applications. Maximum temperature: 180 ° F, water absorption < 0.01%