CARBIDE BLADES MANUFACTURED PRECISELY
CUSTOM MADE TO ORDER FROM BAUCOR

CARBIDE BLADES MANUFACTURED PRECISELY
CUSTOM MADE TO ORDER FROM BAUCOR
Carbide knives offer several advantages over traditional steel knives. The most significant advantage is their durability. Carbide knives are made from a more rigid material and are often lighter than steel knives, making them easier to handle. They are often used in industrial settings, such as factories or warehouses, where they may be subject to much use.
Baucor manufactures and supplies both standard and custom size solid carbide knives and blades for all kinds of use, regardless of its industry or application. Our carbide knives are made from a wide variety of carbide grades including C10, C30 C40 and so on. We are highly specialized in manufacturing custom carbide knives in circular, straight and even odd shapes per sample and drawing. If you need your carbide knives manufactured to your exact requirements, please contact us now.
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.
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 knives:
Carbide knives are manufactured using a process known as powder metallurgy. In this process, a powdered form of the desired metal is placed in a mold and heated until it liquefies. Once the metal has liquefied, it is allowed to cool and solidify. The resulting piece is then machined to the desired shape and size.
There are several advantages to using powder metallurgy to create carbide knives. First, it allows for greater accuracy and repeatability than other methods. Second, the process results in a robust and durable knife. And third, it is possible to create very complex designs.