Structure and manufacturing process of the wear resistant polyurethane lined pipe for mineral beneficiation:
Taking the steel pipe as the base, the polyurethane lining is bonded to the steel pipe through a special process. The manufacturing process includes steel pipe pre-treatment, polyurethane lining preparation and processing, lining and steel pipe joining and other steps.
Feature:
• Good abrasion resistance
The elastomer structure can reduce the medium scouring abrasion on the inner wall of the pipeline, long wear-resistant life.
• Anti-scaling
The molecular structure has no polarity to the outside, preventing the scale layer from adhering, and it has good anti-scaling and scale retarding performance.
• Low running resistance
The smooth inner wall, can reduce running costs.
• Good water stability and aging resistance
The lining pipes with polyurethane will not dissolve in water and has a long service life.
• Good combination
Close combination with steel pipe, no shedding, hollowing and local tearing phenomenon.
• Light weight, easy to install
Thin-walled pipe, various connection methods, easy to install.
Applications:
Due to the unique performance of wear resistant polyurethane lined pipe for mineral beneficiation, it is therefore suitable for chemical liquid conveying, mineral processing industry, metallurgical coal preparation, sand and gravel, clay, kaolin and limestone preparation. It is widely used for primary tailings treatment.
Customised Service:
• Reliable quality
The bonding of elastomeric compounds to steel and other pipe substrates requires both skill and experience, as well as the necessary equipment. Cafu's reliable manufacturing process ensures that urethane-lined pipe lasts longer.
• Full technical support
One-to-one professional services.
• OEM available
We serve you with professional equipment and excellent workmanship.
Our specialised large-scale equipment and experience of our plants allow us to produce large quantities of polyurethane-lined pipe to support the supply of pipe for longer piping projects, where high-quality pipe ensures the continued operation of the piping system.
