Si3N4 Silicon Nitride Ceramic Ball G5 Precision Solid Bearing Balls Ø 0.8-25.4mm

 

Description:

--Material: Si3N4 (silicon nitride)

--Accuracy: G5

--Diameter: 0.8mm to 25.4mm

Feature:
Acid and alkali resistant, can be used in seawater for a long time; The strength and hardness remain almost unchanged at a high temperature of 1000°C, the density is 3.20g/cm3, and the thermal expansion rate is close to the metal expansion rate; Non-magnetic, conductive, and can be used to insulate magnetic fields; High Rigid and high strength, its hardness is twice that of rolling bearing steel.

Purpose :
Silicon nitride ceramic balls can be used in various bearings with extreme performance requirements: high-speed/ultra-high-speed bearings, high-precision bearings, vacuum bearings, high/low-temperature bearings, non-magnetic bearings, high-precision ball screws; they can also be used in chemicals Pump. They are used as valve balls, float valves, fixed valves and measuring balls in high temperature pumps and metering pumps.
Silicon nitride ceramic balls are generally assembled into hybrid bearings and can be used in high-tech industries such as aviation and defense. It can also be widely used in chemical industry, metallurgy, medicine, food, oil field, electronics and other industries.
Scope:
Refining furnaces, high-temperature conveyors, inspection equipment, medical equipment wire and cable production lines, semiconductors, LCD screens, chemical equipment, food machinery, welding production line coating equipment, photovoltaic equipment, food equipment, etching equipment, various corrosive conveying equipment, liquid crystal Production equipment such as display panels and their internal conveying systems, solar cell production systems, clean room conveying systems, semiconductors, vacuum coating systems, and vacuum manipulators
 
 Package Contains:
According to your choice .

 


 

 

                                                                                                                                                                     

 

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