Custom Made high precision Tungsten Carbide Wire Drawing Die

Material：100% Virgin Tungsten Carbide
Material grade: according to customer drawing need
Size:customized size
Origin: China
Production capacity : 20mon per month

Product Description

Carbide wire drawing die mainly used in steel wire and bar application.Such as many grades steel ,medium and high carbon steel , steel alloy ,stainless steel ,welding wire, also including many kinds of non-ferrous rods and wires.

Features

Compared with alloy steel dies, cemented carbide wire drawing dies have the following characteristics: high wear resistance, good polishing, low adhesion, low friction coefficient, low energy consumption, and high corrosion resistance. These characteristics make cemented carbide wire drawing dies have a wide range of processing adaptability and become the most widely used wire drawing dies today.

Specification

Tungsten Carbide Wire Drawing Die is a tool used in the metalworking industry to draw or pull wire, rod or tube to reduce its diameter and increase its length. Tungsten Carbide Wire Drawing Dies are typically made of a hard, wear-resistant material called tungsten carbide, which is a compound of tungsten and carbon, known for its high hardness and strength.

Tungsten carbide wire drawing dies consist of one or a series of precisely shaped holes through which the wire or rod is drawn under controlled pressure and speed. As the material passes through the die, it is subjected to compressive forces, causing its diameter to decrease and its length to increase. This process is commonly used to produce wires for various applications such as cables, wires, springs, etc.

Tungsten carbide wire drawing dies are preferred due to their durability, wear resistance, and ability to maintain precise dimensions even after long-term use. They play a vital role in the wire drawing process, ensuring that the dimensions of the drawn material are consistent and accurate, resulting in a high-quality end product.

Tungsten Carbide Wire Drawing Dies work by reducing the diameter of wire, rod or tube as it is pulled or drawn through the die, resulting in a long, thinner product. The process usually goes like this:

Initial setting: The tungsten carbide wire drawing die is installed in the wire drawing machine, which applies tension to the wire or rod drawn through the die.
Wire insertion: The wire or rod is fed through the starting end of the tungsten carbide drawing die.
Drawing Process: The wire drawing machine draws the wire or rod through the tungsten carbide drawing die at a controlled speed and pressure. As the material passes through the precisely shaped hole of the die, it is subjected to compressive forces that reduce its diameter and lengthen it.
Finished product: The wire or rod comes out from the other end of the tungsten carbide wire drawing die with the desired size, smooth surface finish and improved mechanical properties.
Quality Inspection: Check the dimensional accuracy, surface quality and other specifications of the drawn products to ensure that they meet the required standards.

Due to the hardness and wear resistance of tungsten carbide material, tungsten carbide wire drawing dies can work effectively and the dies can maintain their shape and size even after processing a large amount of wire or bar. Precision engineering of the die holes and controlled drawing parameters help achieve consistent, high-quality results during the drawing process.