Abrasion Resistant Carbon Steel Rubber Lined Pipe Seamless ASTM DIN JIS Flange

Product Description:

The Abrasion Resistant Carbon Steel Rubber Lined Pipe is a premium seamless steel pipeline solution engineered for demanding industrial environments requiring superior wear protection and structural integrity. Constructed with a robust carbon steel outer shell and an advanced rubber lining technology, this pipe delivers exceptional abrasion resistance while maintaining excellent high temperature and pressure tolerance. The seamless steel pipe body ensures uniform wall thickness and superior mechanical strength compared to welded alternatives, making it ideal for critical fluid and slurry conveyance applications.

Manufactured in compliance with international standards including ASTM, DIN, and JIS, each pipe features precision flange connections for easy installation and reliable sealing under high pressure conditions. The pipe is available in a wide diameter range from DN25 to DN2000, with customizable wall thickness and lining material options including natural rubber, neoprene, EPDM, nitrile, and PTFE to match specific chemical and temperature requirements. Customized support through OEM and ODM services is available for tailored dimensions, flange standards, and rubber compounds.

With excellent aging resistance and a service life that significantly exceeds standard piping solutions, this rubber lined pipeline reduces long-term maintenance costs and downtime. Whether for mining slurry transport, chemical processing, oil and gas conveyance, or wastewater treatment, this seamless carbon steel rubber lined pipe offers the durability, performance, and reliability that modern industries demand.

Features:

• Product Type: Seamless Carbon Steel Rubber Lined Pipe
• Outer Pipe Material: Seamless Carbon Steel (Stainless Steel Available)
• Lining Material: Natural Rubber, Neoprene, EPDM, Nitrile, PTFE
• Standard Compliance: ASTM, DIN, JIS (Customized per Requirement)
• Connection Type: Flange Connection (ANSI/DIN/JIS Standards)
• Diameter Range: DN25 to DN2000
• Wall Thickness: 2mm to 16mm (Customizable)
• Working Pressure: Up to 300 Psi (Custom Pressure Ratings Available)
• Temperature Resistance: High Temperature and Low Temperature Grades
• Abrasion Resistance: 10x Service Life vs Ordinary Steel Pipe
• Excellent Aging Resistance for Extended Service Life
• OEM and ODM Customization Support Available

Technical Parameters:

Applications:

This seamless carbon steel rubber lined pipe is ideally suited for a wide range of demanding industrial applications. In the mining industry, it serves as a reliable solution for slurry and tailings transport where high abrasion resistance is critical. For chemical processing plants, the customizable rubber lining provides superior protection against corrosive chemicals at elevated temperatures. In oil and gas conveyance, the high pressure rating and flange connection ensure safe and leak-free operation. Water treatment and wastewater facilities benefit from the excellent aging resistance and long service life that minimize replacement and maintenance costs.

Liwei supports full customization through OEM and ODM services, ensuring each rubber lined pipe meets the specific ASTM, DIN, or JIS standards required by your project. All products are packaged on secure iron pallets with wooden or steel frames to guarantee safe transportation, with delivery within 15-30 working days after payment confirmation. With a supply capacity of 1500 tons per month and a minimum order quantity of just one set, we serve both large-scale industrial projects and smaller customized operations. Payment options include T/T, L/C, D/A, and for global convenience.

Backed by ISO9001, TUV, WRAS, CO, MTC, PL, and IV certifications, each abrasion resistant rubber lined pipe undergoes rigorous quality inspection before shipment. A one-year warranty provides additional peace of mind. Choose Liwei for industry-leading seamless carbon steel rubber lined pipes that deliver unmatched durability, performance, and value in the most challenging environments.