Round Tungsten Carbide Sleeve Customized Production And Processing

Introduction:

Tungsten steel mold is mainly used for the long-term wear-resistant equipment. High wear resistance is the basic requirement of tungsten steel molds, especially as the core working part of precision equipment. The good performance of tungsten steel molds is beyond the reach of other metal materials. As the industrial tooth, cemented carbide is widely used in industrial production due to its high hardness, high strength and high wear resistance. We can provide hard alloy mold production and processing according to customer equipment requirements.

Technical parameters:

According to the different mechanical equipment molds, we provide a variety of material for tungsten steel mold production and processing. The physical parameters of commonly used tungsten steel mold materials are as follows:

1. Grain size (um): 1.0 ~ 2.0

2. Cobalt content (Co%): 8.0 ~ 10

3. Density (g / cm³): 14.41- ~ 14.95

4. Hardness (HRA): 89.5 ~ 93

5. Bending strength (Mpa): 3200 ~ 4500

6. Young's modulus (Gpa): 570 ~ 620

7. Compressive strength (Mpa): 4700

If the customer has special requirements, we can adjust the relevant physical parameters, such as non-magnetic tungsten steel mold, which has special requirements for materials.

The non-standard alloy wheel tungsten steel mold is mainly used for the equipment customers in Shanghai. The internal thread of the M10 is used as to fix the hard alloy wheel. The thread processing of the tungsten steel mold is a troublesome process and the processing cost is relatively high.

Advantages:

As a manufacturer of precision tungsten steel mold, we have been committed to providing high quality tungsten steel molds for industrial production. Mold is a major industrial equipment. As an important means in the industrial production and as the direction of technological development, the mold manufacturing industry depend to a large extent on the development of modern industries and the improvement of the technical level.