1. Solid lubrication pulsarlube oiler agent

Under some special conditions, add a small amount of solid lubricant to the grease. For example, adding 3 to 5% of No. 1 molybdenum disulfide can reduce the wear, improve the pressure resistance and heat resistance, and it is suitable for high temperature, elegance, high vacuum and corrosion resistance. , anti-radiation and softening water equipment, and special conditions such as very low temperature, the solid lubricant can be added to engineering plastics or powder metallurgy materials, can be made into bearing parts with self-lubricating properties, such as the use of adhesives to bond solid lubricants The formation of a lubricating film on raceways, cages and rolling elements has a certain effect on reducing friction and wear.
2, oil lubrication: plasma etching machine

Viscosity is an important characteristic of lubricating oil. The viscosity directly affects the fluidity of the lubricating oil and the thickness of the oil film formed between the friction surfaces. Electrical fire detectors. The viscosity of the lubricating oil at the operating temperature of the bearing is generally 12-15 cst. The higher the speed, the lower the viscosity, and the heavier the load, the higher the viscosity. Commonly used lubricants include mechanical oils, high-speed machine oils, turbine oils, compressor oils, transformer oils, and cylinder oils.

Oil lubrication methods include: Automatic nut implanter

a. Oil bath lubrication

Oil bath lubrication is an ordinary lubrication method suitable for the lubrication of low and medium speed bearings. A part of the bearing is immersed in a groove. Lubricating oil is carried by the rotating bearing parts and then flows back to the oil groove. The oil level should be slightly lower than low rolling. The center of the ultrasonic cleaner.
b. Drop oil lubrication skf bearings

Adapted to drop lubrication required supplying lubricant to obtain quantitative bearing member, generally every 3-8 seconds drip drop amount is appropriate, too much oil will cause increased bearing temperature.

c. Circulating oil lubrication

The oil pump is used to transfer the filtered oil to the bearing components, and the lubricant after passing through the bearings is filtered and cooled before use. Since the circulating oil can take a certain amount of heat to cool the bearing, this method is suitable for bearing components with higher rotational speed.
d. Spray lubrication

The dry compressed air is mixed with the lubricating oil through the sprayer to form an oil mist. In the spray bearing, the airflow can effectively cool the bearing and prevent the intrusion of impurities. This method is suitable for the lubrication of high-speed, high-temperature bearing components.
e. Jet lubrication

The oil pump is used to shoot the high pressure oil through the nozzle into the bearing. The oil injected into the bearing flows into the oil groove through the other end of the bearing. When the bearing rotates at high speed, the rolling element and the cage also make the ambient air flow at a relatively high rotation speed. It is very difficult to send the lubricant to the bearing by general lubrication method. At this time, the lubricant must be sprayed by a high-pressure injection method. To the bearing, the position of the nozzle should be placed between the inner ring and the center of the cage.