ERW CDW Precision Tubes

Embrace the reliability of our ERW CDW PRECISION TUBES, designed to deliver exceptional performance and enduring strength across varied industrial applications. As an exporter, manufacturer, and supplier with over 31 years of experience, we bring you the most popular and best price options in EN 10305-4 Part 4 Seamless Cold Drawn Precision Tubes for Hydraulic E215, E235, E255, E355, and Cold Draw Welded TYBE H9 - EN 10305-2 Grades E195, E235, E275, E355, E460. Recognized for their impeccable dimensional accuracy, these tubes ensure optimum internal surface finish, remarkable corrosion resistance, and withstand high pressure environments, making them highly sought-after for hydraulic, automotive, and precision engineering sectors. Compared to conventional tubing, our welded cold tubes E195, E220, E235, E260, E275, E320, E355, E370, S500MC offer superior straightness and roundness, ensuring smoother and more efficient operations. Clients worldwide, from All India to Africa, Asia, Australia, and beyond, prefer our products for their unmatched quality and consistent supply ability. Place your order to experience the finest in mechanical properties, uniform thickness, and versatile application, all supported by our customer-centric approach and global reach.

The electric resistance welded (ERW) and cold drawn welded (CDW) precision tubes are made from high-strength steel and are derived from precision-controlled steel, resulting in a superior surface finish, dimensional accuracy, and high quality. ERW tubes are manufactured by welding steel strips together to create a tube that is cost-effective, strong, and uniform in terms of size and shape. The CDW tube is created through a process called cold drawing, which increases the accuracy of the tube, has tighter tolerances, and has improved mechanical characteristics compared to the ERW tube. Both tubes have excellent roundness, a very smooth surface, and a uniform wall thickness. ERW and CDW precision tubes are commonly used in the automotive, engineering, hydraulic, and instrumentation markets because they perform well in demanding environments and under high levels of pressure. The high degree of accuracy, durability, and versatility of these products makes them well-suited for use in critical components where precision and strength are required for long-term service.