Good Corrosion And Wear Resistance Ceramic Roller

 

Performance requirements of ceramic roller:

1. Low density

At high speeds, the centrifugal load of the ceramic shaft is reduced, allowing it to work at higher speeds.

2. Small moment of inertia

It can effectively improve the static and dynamic characteristics of the ceramic roller system. This improvement is conducive to the rapid start, stop, and rapid rise of the shaft.

3. Medium modulus of elasticity

The greater the elastic modulus of the ceramic material, the stronger the deformation resistance. This can improve the stiffness of the ceramic shafting.

4. Low coefficient of thermal expansion

The lower coefficient of thermal expansion can reduce the sensitivity of the ceramic shaft to temperature changes. It thereby greatly improves the working accuracy of the ceramic shaft system.

5. High flexural and compressive strength

The high flexural strength can reduce the bending deformation of the main ceramic shaft. It can also effectively improve the characteristics and stiffness of the main ceramic shaft system. Ceramic rolling bearings require high compressive strength to withstand high stresses.

6. High hardness and high toughness

The combination of these two properties can obtain better surface roughness and high wear resistance. This can prevent damage from external particles and impacts.

Application of ceramic roller:

Ceramic roller is suitable for changing direction and guiding the enameled wire appropriately.The middle ceramic roller is made of ultra-fine polishing and equipped with high-speed bearings. This design makes the beating of the wire in a very small range during winding and maintains the stability of the tension during winding.