**高分子量聚抗紫外线护舷贴面板

  **高分子量聚抗紫外线护舷贴面板

**高分子量聚护舷贴面板为了防止船舶靠岸时与码头的撞击而造成的损坏，这就需要一种抗冲击性能特别好的护舷板来保护，传统的钢制护舷不仅在冲击过程中易变性，而且特别的容易腐蚀，造成护舷更换次数特别的频繁，恰恰**高分子量聚材质的护舷板解决了这一问题， **高分子量聚板材具有宁弯不断的特性，即使受到冲击变形了也会很快就回复原材的平整。

**高分子量聚护舷板的特性：

1. 抗冲击强度高，尤其是低温抗冲击强度。 

2. 性强，其强度是尼龙66和聚的5倍，是碳钢的7倍。 

3. 摩擦系数小，只有0.07-0.11，且具有良好的自润滑性。 

   4. 不粘附性好，对表面粘附物易于清理。 

5. 化学性能稳定，绝大多数的无机、**酸、碱、盐和**溶剂对**高分子量聚都没有腐蚀性。 

6. 抗老化性优异，在自然光照下，其老化寿命为50年以上。 

7. 完全卫生无毒，适用于对卫生条件要求高的行业。 

Ultra high molecular weight polyethylene anti ultraviolet fender veneer
In order to prevent the damage caused by the collision between the ship and the wharf when the ship docked, a fender with particularly good impact resistance is needed to protect the ultra-high molecular weight polyethylene fender. The traditional steel fender is not only changeable in the impact process, but also particularly prone to corrosion, resulting in the frequent replacement of the fender. It is precisely the fender made of ultra-high molecular weight polyethylene that solves this problem, Ultra high molecular weight polyethylene (UHMWPE) sheet has the characteristic of continuous bending, and it will soon return to the flatness of the raw material even if it is impacted and deformed.

Characteristics of UHMWPE fender:
1. High impact strength, especially at low temperature.
2. It has strong wear resistance. Its wear resistance is 5 times that of nylon 66 and polytetrafluoroethylene, and 7 times that of carbon steel.
3. The friction coefficient is small, only 0.07-0.11, and has good self lubrication.
4. It has good non adhesion and is easy to clean the surface adhesion.
5. The chemical properties are stable, and the vast majority of inorganic, organic acids, bases, salts and organic solvents are not corrosive to UHMWPE.
6. Excellent aging resistance. Under natural light, its aging life is more than 50 years.
7. Completely hygienic and non-toxic, suitable for food, medicine and other industries with high requirements for sanitary conditions.

8. Low density and light weight. Easy to handle and install.