Pilger Die Manufacturers In Mumbai

As a quality centric company, we are providing our clients with the finest quality array of Pilger Die. At our end, ingenious professionals put their best effort for manufacturing this range with the use of supreme quality components and ultra-modern techniques.

The Offered Pilger die is a specialized tool used in the pilgering process, which is a cold working method primarily used for reducing the diameter and increasing the length of metal tubes. Pilger dies are key apparatus in pilger mills, where they work in combination with the rolls to shape and elongate metal tubes, classically from materials like steel, aluminum, and copper alloys.

Utility of Pilger Die:

The main purpose of a pilger die is to help in the deformation of the tube by compressing and stretching it. The die is mounted in the pilger mill, and as the tube is passed during the die, it undergoes plastic deformation. The die has a detailed profile that guides the tube's reduction, creating a precise, smooth finish while also increasing its length.

Benefits:

• Precision and Accuracy: Pilger dies help attain correct reductions in diameter and wall thickness, ensuring high-quality tube production with negligible dimensional variation.
• Uniformity: The process ensures the tube’s length, diameter, and wall thickness are consistently reduced, making it ideal for high-precision applications.
• Durability: The cold working technique not only increases the tube's length but also enhances its mechanical properties, such as strength and hardness, without affecting its internal structure.

Design:

Pilger dies have a unique design, with a pair of dies: one for the outside diameter and one for the interior diameter. These dies are usually made from high-strength materials such as tool steel to withstand the high pressure and wear caused by the buckle process. The die is often shaped with multiple grooves or profiles, depending on the tube’s desired final dimensions.

Applications:

• Pipe and Tube Manufacturing
• Medical and Instrumentation
• Heat Exchangers