Cold Rolling Mills For High-Quality Seamless Tubes​

Cold pilfering is a longitudinal cold-rolling process that reduces the diameter and wall thickness of a metal tube in one process step. Depending on the material, the cold Pilger process achieves cross-section reductions of more than 90 percent in a single working cycle. Cold pilfering is a rolling process, which processes many different materials, such as stainless steel, low-alloy steels, zircaloy, copper, and titanium alloys. The produced tubes stand out from the portfolio of tubes and pipes as they are formed by a special cold forming process. This reduces diameter and wall-thickness at the same time and achieves the closest outer diameter and wall thickness tolerances.

• Perfect rolling results
• No time-delayed measured values
• Detect the ingress of hydraulic oil
• Extended equipment life
• Automated re-dosing and no sampling

Main function
It's also called cold pilger mill, is applied to roll carbon steel, stainless steel, non-ferrous metal, rare metal and alloy steel in cold condition. Its products have been widely used in such industries as metallurgy, automotive industry, bearing manufacturing, oil machinery manufacturing and so on. All of the out purchases that we used are famous brand in our market, which is one of the main reason of our good machine quality. We have various kinds and complete spec. Our machine widely export to countries as India, Iran

Specifications:

Competitive Advantage:

We provide custom designed solutions on pilger mills and tube reducers. Our true value is in our expertise in engineering designs through active tri-matrix software and then constructing these designs using our 15+ years of production & maintenance experience. We pride ourselves in offering good engineering solutions to your tube manufacturing process with a commitment to customer satisfaction. Our global customer base covers all alloys such as aluminum, stainless steel, copper, titanium, zirconium, gold, silver, platinum, palladium, and other special alloy materials.