Steel-high chromium bimetal wear-resisting compound pipe

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 The steel-high chromium bimetal wear-resisting compound pipe exterior wall uses the ordinary seamless steel tube, through the centrifugal forming process forms the high chromium cast steel lining compound.






Features of Steel-high chromium bimetal wear-resisting compound pipe:

Good overall performance
Wear-resistant composite Pipe series is the use of bimetal composite casting process, the outer wall of the pipe using ordinary carbon steel, lined with high chromium wear-resistant alloy. Not only has the high alloy casting wear resistance, but also has the high mechanical strength and the impact resistance performance, the use is safe and reliable.

High abrasion resistance
The hard quality of high chromium cast steel is M7C3 type carbide, which has high toughness and high hardness (hv1500-1800) and thus has good wear resistance.

Strong corrosion resistance, high temperature, wear resistance
Because of the composition and structure of Ka carbide and the high content of CR, the matrix has high heat resistance and decay performance, and can show corrosion resistance in high temperature or corrosive environment. Under the condition of wet state, corrosive medium and particle scouring, the 28Cr white cast steel used in cast mode is used. In dry condition, high chromium cast steel material with martensite matrix can be obtained by heat treatment.

The compound technology is advanced and stable
High precision of mould making, wear-resistant layer thickness uniformity, and uniform, stable performance, especially for straight tubes and special-shaped tubes for the overall composite (elbow, tee, four-pass, tapered pipe, variable diameter pipe, non-thick wall pipe, eccentric tube can do the whole compound).


Good thermal shock resistance

As the main product of the internal and external thermal expansion coefficient is similar to the temperature of the rapid changes and often changing conditions, will not occur due to the loss of the inner layer of failure.

Layer construction:

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