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How about the erosion resistance of wear-resistant ceramic pipeline?

2022-08-03
 Latest company case about How about the erosion resistance of wear-resistant ceramic pipeline?

Whether a wear-resistant ceramic pipeline is scoured-resistant, we must first understand several key factors that affect the scour resistance of the pipeline -- hardness, smoothness, gap size, and scour Angle.

 

Hardness: Wear-resistant ceramic tube lining wear-resistant ceramic hardness of HRA85 or more, second only to diamond, in the material erosion wear is very small, this is the basis of its erosion resistance.

latest company case about How about the erosion resistance of wear-resistant ceramic pipeline?  0 latest company case about How about the erosion resistance of wear-resistant ceramic pipeline?  1 latest company case about How about the erosion resistance of wear-resistant ceramic pipeline?  2

Smoothness: smoothness determines the size of the friction between the material and the pipeline, and wear-resistant ceramic itself is caused by high density, almost no pores, in the production process but also after many times polishing, a very high degree of smoothness, excellent erosion resistance.

 

Gap size: a lot of wear-resistant ceramic tubes wear-resistant ceramic is composited with the pipe by pasting method, which leads to a gap between wear-resistant ceramic sheets, and material erosion is often from these gaps to destroy the pipeline, so the gap is small, the pipeline erosion ability is strong. Jingcheng special porcelain wear-resistant ceramic tube in the paste of porcelain will use filler to fill the gap, which also further improves the erosion resistance of the wear-resistant ceramic tube.

 

Scour Angle: IN material SCour, the right Angle is the impact Angle with the largest impact, and wear-resistant ceramic pipe can be distributed through a trapezoidal Angle and other ceramic pasting methods, to increase the erosion resistance of the pipeline.

 

In conclusion, wear-resistant ceramic tubes have excellent erosion resistance.