Bimetallic Lined High Chrome Alloy Pipe

Bimetallic lined pipes with high chrome alloy feature an inner layer of high chromium alloy bonded to an outer carbon or low-alloy steel pipe. Manufactured using advanced processes like centrifugal ca

It is ideal for pipe fittings with corrosion, erosion and high temperature. It can be used for a long time within 1100 °C, the highest working temperature. At 1200 ° C, the performance is stable and reliable.

Bimetal wear-resistant pipe to Republic of Uzbekistan

Bimetal lined with high chrome alloy pipe refers to a type of pipe that has an inner layer or lining made of a high chrome alloy material. This lining provides enhanced resistance to corrosion, abrasion, and high temperatures, making it suitable for demanding applications.

The high chrome alloy used in the lining of the pipe is known for its excellent wear resistance, high strength, and corrosion resistance properties. It is commonly used in industries such as mining, cement, power generation, and chemical processing, where the pipe is exposed to abrasive or corrosive substances.

The bimetal construction of the pipe involves bonding the high chrome alloy lining to the outer pipe material, typically made of carbon steel or low alloy steel, through methods such as welding or mechanical bonding. This ensures a strong and durable bond between the two layers.

The bimetal lined pipe offers the advantage of combining the strength of the outer pipe material with the corrosion and wear resistance of the high chrome alloy lining. This results in a pipe that can withstand harsh operating conditions and provides extended service life.

High-chromium alloy wear-resistant pipe fittings

1. High wear resistance: Wear test shows that the wear resistance of composite wear-resistant steel plate is 20 times higher than that of low carbon steel, 5 times higher than stainless steel and high manganese steel, and 1 times higher than cast high chromium iron.
2. High impact resistance: Due to the use of mild steel substrate, the composite wear-resistant steel plate has high impact resistance, which fully reflects the advantages of the composite material both wear-resistant and impact-resistant. This is beyond the reach of as-cast wear resistant materials.
3. Convenient processing performance: The composite wear-resistant steel plate can be deformed and welded, and can be easily processed into various wear parts like ordinary steel plates.
4. High-performance price ratio: Although the unit price is improved by using the composite wear-resistant steel plate, the performance price ratio of the machine is about 2-4 times higher than that of the ordinary material, considering the service life, maintenance cost, and downtime loss of the machine. Due to the rational use of materials, the composite wear-resistant steel plate is 50% lower than the manual surfacing of the same material. The composite wear-resistant steel plate is particularly suitable for surface strengthening of parts that are directly rubbed with sand, ore, dust, cinder, and the like.