Ship hold dock protection board

Fender panel, dock fender, port fender, dock fender, ultra-high molecular weight polyethylene fender

Application areas of the product

1. Chemical industry: sealing filler plates, fillers, vacuum mold boxes, pump components, bearing liners, gears, sealing joint surfaces.

2. Food machinery: guard rails, star wheels, guide gears, roller wheels, bearing liners, etc.

3. Paper making machinery: suction tank cover plate, deflector, scraper, hydrofoil.

4. Chemical industry: reflux devices such as silos, hoppers, wear-resistant lining plates, brackets, chutes, sliding surfaces, rollers, etc.

5. Other: agricultural machinery, ship parts, electroplating industry, extremely low temperature mechanical components, etc.

Product precautions and instructions for use

1. It is strictly prohibited for materials to directly impact the lining plate.

2. For the first time of use, the material in the hopper should be stored to two-thirds of the entire capacity of the fender panel before unloading.

3. The ambient temperature for use should generally not exceed 80 ℃.

4. When the temperature is low, please pay attention to the static time of the material in the warehouse to avoid the formation of frozen blocks.

5. During operation, it is necessary to always keep the material on the material pile in the warehouse at the feeding and discharging points of the material, and always maintain the storage capacity of the material in the warehouse throughout the entire process

More than half of the warehouse capacity.

6. Do not use external forces to damage its structure and loosen fasteners at will.

7. The static state of materials in the warehouse should not exceed 36 hours (sticky materials should not stay in the warehouse to prevent agglomeration),

Materials with a moisture content less than 4% can have an appropriate extension of the static time.

8. The hardness particles of various materials are different, and materials and flow rates cannot be changed arbitrarily. If changes are needed, they should not exceed the original design capacity

12%, arbitrarily changing the material or flow rate will affect the service life of the lining plate.