Various Size Hard Mental Carbide ZrO Particle For Abrasive Parts

Tungsten Carbide Particle is the material applied to components of applications with a high level of abrasion. It is applied as an overlay through a process called hardfacing. Hardfacing is a process in metalworking where tougher and harder material is applied to a base metal. Tungsten carbide particle is used above most traditional hardfacing materials because it is harder and is proven to be a more effective protection against wear from abrasion.

Grade and Applications

Tungsten carbide granule is suitable for hard surface materials.

1 mesh to 12 mesh: used for wear-resisting electrode and hammer electrode;

10 mesh to 60 mesh: used for saw blade or wear - resistant welding on metal surface.

Feature

1. 30 years focus on cemented carbide manufacture;

2. High abrasion resistant cemented carbide;

3. All grain size (mesh) are available

4. Factory direct sales with competitive price;

5. Advanced production equipment and testing equipment;

6. High wear resistance, high hardness and impact toughness.

Q&A

Q1: Are you a manufacturer?

A1: Yes, We are.

Q2: How long is your delivery time?

A2: For ready to press items, lead time is 20-25 days, while for new molds, it will need 10 days more to open molds. If you have a urgent order, we will do our utmost to push for it.

Q3:Do you have any test reports or certificates?

A3: Yes, we can offer certificate of ISO9000:2008, we also report our test results for your reference.

Q4: Do you provide after-sale service?

A4: Yes. So if you find any problem after using our cutting tools, please do not hesitate to tell us, we’ll help you to solve it as soon as possible. Your any feedback to products is our way to improvement.

Our Services

Our company manufactures non-standard carbide inserts and can produce according to the drawings provided by customers. It has superior quality and long service life. It is widely used for mold parts processing, metal parts processing, automobile parts processing and non-ferrous metal processing.