Baucor designs, engineers, and manufactures highest quality precision diamond coated tools, wear parts and wear resistant parts to last longer than ever. Electroplating your wear parts, cutting tools with diamond will provide extra longer life, much better grinding capabilities. Whether you have a print or a rough sketch or even an idea that you need turned into a wear resistant component, Baucor is fully capable of manufacturing precision parts for machinery, aerospace, automative, oil-gas, renewable reenergy and for all other sectors using carbide parts to limit tool wear. 

Understanding today's challenges in the design as well as product qualtity of wear resistance requirements, Baucor is here to undertake this challenge with you. Whether you are in converting, machinery, equipment, or any other industry, turn to Baucor just like thousands of others for the right and optimum solutions. At its highend facilities, Baucor is committed to designing and manufacturing precision wear resistant components.

From a size of a couple of millimeters to a size of 100", Baucor are highly specialized in manufacturing specialty tools including carbide components per sample, drawing or even an idea. If you need your specialty tools manufactured to your exact requirements, please contact us now get to a free quote. If you have a drawing, sketch or written specifications for the blade you need, please let us know or else we can design and engineer it for you.

There are many advantages of using diamond-coated parts:

• Increased wear resistance:
  Diamonds are the hardest known material and have a very high resistance to wear. It makes them the perfect choice for coating parts exposed to abrasive environments. With a diamond coating, parts can last much longer than if left uncoated.

• Improved performance:
  Parts that are coated with diamond can have better performance, such as reduced friction and increased corrosion resistance, because diamond is a rigid material and can resist wear and tear.

• Lower maintenance costs:
  Diamond-coated parts have a much longer lifespan than traditional parts, meaning you won't have to replace them nearly as often, which can help reduce maintenance costs significantly over time. 

• Increased efficiency:
  Coated parts can operate more efficiently due to the improved performance characteristics of diamond coatings. For example, diamond coatings can provide superior wear resistance, friction reduction, and improved hardness. As a result, diamond-coated parts can often outperform uncoated parts and last longer in demanding applications.

To coat a part with a diamond, we use electroplating. The manufacturing process includes:

• Cleaning:
  The substrate must be cleaned before diamond coating to ensure good adhesion. The surface of the substrate also needs to be roughened to promote the adhesion of the diamond coating further.
  
  
• Diamond solution:
  A solution containing diamond particles is prepared. This solution is often called a "slurry." A slurry is a semi-fluid mixture of a solid and a liquid.
  
  
• Deposit:
  The substrate is placed in the slurry, and an electrical current is applied to the system. It causes the diamond particles to be attracted to the substrate and to deposit onto its surface.
  
  
• Heating:
  Next, the substrate is removed from the slurry and heated up to a high temperature, usually around 800 to 1200 degrees Celsius, to make the diamond particles stick to the substrate. It creates a strong bond between the substrate and the diamond particles by heating the substrate to this high temperature.