Many standard carbide knives and carbide blades are available from stock and can be shipped out to our customers worldwide. If you have a drawing, sketch or written specifications for the blade you need, please contact us now for a quick quote on the blade that you need.

Carbide inlay knives, blades, tools, and carbide components

We manufacture carbide inlay blades and carbide tipped knives based on our customers' specs. If you have a drawing, sketch or written specifications for the carbide knives and carbide tipped blades you need, please contact us now for a quick quote on the blade that you need.

There are many advantages of using carbide components:

• Durability
  Carbide components are exceptionally wear-resistant, so components made from this material can last a long time without needing to be replaced.
  
  
• High heat resistance
  Carbide components can also withstand high temperatures without deforming or melting, making them suitable for high-temperature environments.
  
  
• Corrosion resistance
  Carbide is resistant to corrosion from many acids, alkalis, and other chemicals, which makes it a good choice for use in harsh environments. 
  
  
• Wear resistance
  Carbide is highly resistant to wear and abrasion, so it is often used to make parts subjected to high levels of wear, such as cutting tools or bearings.
  
  
• Hardness
  Carbide is one of the most rigid materials known to man, so it is well-suited for use in applications with a high level of hardness, such as cutting tools, is required.
  
  
• High strength
  Carbide is much stronger than many other materials, so components made from this material can be smaller and lighter while still withstanding high loads.

Carbide blades, tools, and components are made from a rigid material called carbide. Carbide is a compound made up of carbon and other chemical element, such as tungsten, titanium, or cobalt. The manufacturing process includes:

• Powder production:
  Carbide blades are made from a finely-ground powder of carbon and another chemical element, which is pressed into a solid block or pellet. This process is called sintering. Sintering involves the application of heat and pressure to the powder, which causes the particles to weld together into a solid mass.

• Blade blank production:
  After the sintered carbide block is ground and shaped into the rough form of the desired blade, the blade blank undergoes a heat treatment process to improve its strength and durability. This process involves heating the blade to a high temperature and cooling it quickly to harden the material.
  
  
• Finishing:
  The blade is then ground and polished to its final shape and finish. Different abrasives are used at different stages, from rough grinding to final polishing. The type of abrasive material and the grit size determine how much material is removed and how fine the finish is.