SHAVING DIES
SHAVING DIES
SHAVING DIES
Tungsten carbide (TC) insert dies are widely used for shaving/peeling applications.
However, TC shaving die is not relatively lifelong, stripping the surface and high-precision control performance is good.
Polycrystalline diamond (PCD) shaving die is a better choice.
It has been shown to provide excellent surface finish and improved consistency for different wire materials.
The bearing area of the polycrystalline diamond skinning die supports the vibration of the wire material. It is much better to shaving the welding wire surface by PCD die than by a TC shaving die.
TC shaving die and PCD shaving die compared:
Tungsten steel alloy (TC) shaving die,
Advantages: cheap cost mold.
Disadvantages: Short life, poor wire consistency, surface defects, high temperature resistance.
Polycrystalline diamond (PCD) shaving die,
Advantages: long life, good consistency, high wear resistance and impact resistance.
Disadvantages: Higher unit price, longer lead time.
Application: Copper wire, aluminum wire, gold wire, titanium alloy wire, etc. need to shave the surface of the welding wire.
Changzhou Shen Litong Mould invites you to visit the exhibition
From August 27th to 29th, 2025, at SHANGHAI NEW INTERNATIONAL EXPO CENTRE,the 12th China International Wire&Cable Industry Exhibition (Hall E1, G21), Shen Litong Dies sincerely invites you to visit, exchange and offer guidance, and jointly explore new developments in the industry.
Read MoreSee you in Bangkok! 17 – 19 Sep 2025
See you in Bangkok! 17 – 19 Sep 2025
Read MoreWhat Material is Used for Wire Drawing Die?
In the world of wire and cable manufacturing, the selection of materials for dies plays a critical role in ensuring the production of high-quality, precision wire products. Wire drawing dies, which are essential for reducing the diameter of wires and shaping them to precise specifications, must be crafted from durable, wear-resistant materials. But what materials are used in making wire drawing dies, and how do they impact production?
Read More