1. The main raw materials: ultra-high molecular polyester borane polymer resin; nano-molybdenum disulfide; anti-rust and oil-absorbing nano-group; trace polytetrafluoroethylene and other mixture of nano-powder. All the above raw materials are independently developed by our company and can be produced in small quantities in the laboratory.
2. Uses: Improve the surface anti-rust ability of the bearing; reduce the surface friction coefficient; comprehensive performance of friction and wear resistance.
3. Suggestions for use:
1) Remove the oil from the bearing surface such as rust. 1. Mix with 1% to 3% of the industrial high-efficiency degreasing powder we developed, and put the bearing ring into the liquid to warm it to 70 degrees to 85 degrees. 30 minutes (intermittent stirring), stop heating and wait until the temperature is 40 degrees or so. Dip the bearing ring in water one by one and brush with the brush. In particular, the bearing work surface should be brushed several times. When brushing, the bearing ring can't leave the water surface. Note : This liquid can remove the oil beads floating on the water surface and reuse it once; 2. Rinse twice with water of about 40 degrees, the two rinse waters can be reused; when the oil is heavy, use 3% ratio and re-mixing Wash the liquid twice;
2) Use LM-1198A super concentrated cleaning solution to remove the lubricating oil immersed in the micropores of the bearing phosphating layer, and let the resin be replaced by molybdenum disulfide. The specific method is 0.5%. Proportion and water with cleaning agent to warm to 85 degrees to 99 degrees (drip down the cleaning agent can be connected to cool, remove the floating oil on the surface after the oil beads can be reused once), soak the bearing workpiece in the cleaning agent with a brush, once Rinse twice with water at a temperature above 70 degrees.
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