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High Hardness Carbide Mold For Making High Temperature Parts Durable

Name: Carbide Mold
Pin Ceramic Nozzle: Costum
Tungsten Steel Slider Insert Head: Costum
Type: Tungsten Steel Mold Processing
Model: Carbide Mold
Feature: High Hardness
High Light: carbide wire drawing dies, progressive punching die
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High Hardness Carbide Mold For Making High Temperature Parts Durable


Carbide Mold introduction


1. custom tungsten carbide wearproof mould parts supplier

2. High quality cemented carbide raw material
3. Mature processing technology

4. Product deformation small, molded parts made to order.

5. Welcome to design and sample customized non-standard products

6. Full range of types available, more convenient for you to purchase;

7. Various grades available, therefore can provide full machining


Carbide Mold Introduction:


In metal pressing processing, the metal is forced to pass through die under the external force. Therefore, the metal cross-sectional area is compressed, and the cross-sectional area shaped is wire drawing die. Drawing die is a very important consumable mold for drawing wire rods of various metal wire manufacturers (such as wire and cable factories, steel wire factories, welding wire and wire factories, etc.). The wire drawing die has a wide range of applications, mainly used for drawing linear products such as bars, wires, pipes, etc. And it is suitable for drawing and processing of metal and alloy materials such as steel, copper, tungsten, molybdenum and the like. Since the cost of the wire drawing die accounts for more than l/2 of the wire drawing cost, how to reduce the cost of the wire drawing die and improve its life is a problem that the manufacturer urgently needs to solve.


In order to improve the production competitiveness, the metal products industry pays more and more attention to the quality of the drawing die and the improvement of the manufacturing process. The research of improving the service life, the material, structure, manufacturing process, manufacturing equipment and inspection and removal instruments of the wire drawing die, new composite drawing die, new drawing die material, new surface coating technology and new hole design method have been developed, which has promoted the development of the world's wire drawing production. China is a big wire producer and its output ranks among the top in the world. China's mold manufacturing has developed rapidly since the 1980s. With the continuous improvement of the wire drawing mold manufacturing level and the production technology, China's mold manufacturing has developed a lot, especially with great improvements of the material selection and structure forming. But there is still a big gap with foreign countries. Although the types of wire drawing molds are similar, the materials and processing technology used are more advanced. Thus, the processing precision, durability and wear resistance are superior to those of our products. Therefore, strengthening the mold management, improving the quality level and promoting the advancement of the mold-making technology are the important issues currently faced by the molding industry.


Technical parameters:


The microstructure of the TICN coating of fine Nano particles combines the advantages of high toughness, high hardness, high oxidation resistance, and can reach extremely lubricious surface with frictionless chip evacuation. Thus, the workpiece has great performance. After TIN coating treatment, mold has the advantages of good surface brightness, small friction coefficient, high hardness and strong oxidation resistance. For different molds (powder metallurgy mold, stamping mold, forming mold, stretching mold, forging die, etc.) using different coating technology can improve the performance of the extreme parts, like the hardness, wear resistance, corrosion resistance, heat resistance and smoothness of the appearance are greatly improved. It can also be used as release film to enhance the quality (such as appearance roughness, precision, etc.) and prolong the service life of molds. Thus, it can effectively realize the excellent performance of the product.




Advantage 1: Reduce friction coefficient, reduce processing stress, improve appearance hardness, greatly extend mold service life, avoid product galling and straining, improve product quality, save the trouble of unloading, polishing and reloading and improve efficiency


Advantage 2: There are early malfunctions during using. The factors are usually abrasive wear, corrosion, blending, adhesion, and the like. These problems not only to reduce the working time, but also greatly increase the cost of consumption, which in turn affects the competitiveness of enterprises. Many manufacturers have though of different treatments, and the titanium-plated surface treatment technology is an effective plan to deal with the above problems. PVD coating technology is widely used to all kinds of tools, molds, mechanical parts, medical equipment, etc. that is caused by wear, occlusion, corrosion, adhesion, blending, etc. by using this technology, the malfunction caused by abrasion (such as: blanking, cold heading, powder molding, etc.) can be improved the service life of the product by more than 5-8 times. And the bite caused or the mold pulled (such as: extension die, drawing die, flanging die, etc.) can be used again after the coating.

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