POE, as a new type of wear-resistant material, boasts the following advantages: excellent wear resistance, particularly suitable for conveying pipelines of mortar, cement, slag, etc. Good fluidity, compatible with various general-purpose extruders. Excellent compatibility with materials like polyethylene and polypropylene, with matched extrusion speed, suitable for double or multi-layer co-extrusion. Excellent physical and mechanical properties. Sanitary and safe, free from any toxic or harmful additives, meeting relevant hygiene standards. The wear-resistant pipeline market is a significant niche within the pipeline industry, primarily used for conveying materials like air conveying, slurry pumping, etc. Due to the characteristics of high hardness, fast flow rate, and large flow volume of the conveyed medium, wear-resistant pipes can effectively reduce the impact, wear, and corrosion on the pipe wall over a long period, thereby slowing down the fatigue and gradual wear-through of the pipeline. Wear-resistant pipelines are widely used in various industries: chemical industry - for conveying solid-liquid mixtures like coal powder, silicon powder, salt slurry, etc.; power industry - for flue gas desulfurization, slag removal, powder conveying, return powder, and desulfurization process pipelines in thermal power plants; metallurgy - for long-distance transportation of concentrate slurry and tailings, mineral and solvent process pipelines in mining plants; cement industry - for raw material slurry conveying in wet process kilns, coal powder conveying, hopper discharging, finished cement air conveying loading and unloading, concrete conveying pipelines; grain industry - for conveying wheat, grain particles, husks, etc., through air conveying pipelines, etc.