Views: 10112 Author: Site Editor Publish Time: 2007-05-14 Origin: Site
UHMW-PE fender is a product researched and developed by our company for application in ports and wharfs. It has excellent properties such as light weight, impact resistance, wear resistance, corrosion resistance, UV resistance, aging resistance, low friction coefficient and energy absorption. Hull and dock effects.
Product features:
1. High wear resistance: the coefficient of static friction is 0.07;
2. Corrosion resistance: it can be used in concentrated acid.
3. Impact resistance: The impact resistance ranks first in nylon, and polyethylene fenders are difficult to crack regardless of strong external impact or internal pressure fluctuations. Its impact strength is 20 times that of polyvinyl chloride, 10 times that of nylon 66, and 8 times that of polytetrafluoroethylene.
4. Low temperature resistance: Under the low temperature of -269 ℃, the anti-collision ultra-high polyethylene fender of the dock has a certain ductility.
Our company supports fender customization, and can customize OEM polyethylene fenders in various colors!
As we all know, fender pads is one of the products used in ports and docks. Customers engaged in such industries and fields can choose our company's fender veneer. At the same time, the fender veneer we supply can support customized processing and many color options. The fender veneer has excellent properties such as light weight, impact resistance, wear resistance, corrosion resistance, UV resistance, aging resistance, small friction coefficient, and energy absorption, which can effectively prevent the impact of UV radiation and hull impact on the hull and dock. It can be processed according to the user's requirements and drawings, and various colors of veneer can be processed. The dock fender veneer has outstanding impact resistance, stress crack resistance, high temperature creep resistance, low friction coefficient, self-lubrication, excellent chemical corrosion resistance, noise damping, nuclear radiation resistance, etc.
