Wear-resistant pipe conveyance has already been widely applied in industries such as power, metallurgy, coal, oil, chemicals, construction materials, and machinery, and is developing rapidly.

Wear on wear-resistant pipes is a common occurrence; any two objects in contact with each other and having surfaces in relative motion will experience wear. Pipe wear refers to the damage caused by the detachment or transfer of material at the surface of the pipe material due to the impact of flowing water and small, loose particles.

Wear-resistant pipes made from ideal high-strength, high-toughness, and high-plasticity materials are a crucial method for reducing abrasive wear.

Wear-resistant pipe materials are generally categorized into four types: 1. High polymer material pipes; 2. Non-metallic inorganic material pipes; 3. Metal material pipes; 4. Composite material pipes.

Wear-resistant pipes are extensively used in the transportation of highly abrasive fillings, concentrate, and tailings in mining operations, as well as in coal-fired power plants for conveying powder, slag removal, and ash transportation.