Products.
We introduce our self a company Utkarsha Techno Tools India Pvt. Ltd. and currently based in Pune Maharashtra (India). We are an innovative and value driven company in the business of cutting tools. We wish to establish a long-term relationship with your esteemed organization.
Due to its unique characteristics, PCD is highly resistant to wear and abrasion. It lasts much longer than traditional materials such as carbide or high-speed steel. This makes it an excellent choice for cutting hard and abrasive materials that would quickly dull another tools.
PCD is typically bonded to a carbide substrate to create cutting tools. This structure gives the tools a combination of hardness and toughness, making them ideal for heavy-duty applications. The diamonds provide a sharp and durable cutting edge, while the carbide adds strength to withstand impacts.
PCD (Polycrystalline diamond) is a man-made synthetic material, this is composed for its extreme hardness and endurance. It is created by combining very very smallest diamond particles with a binder under high pressure and high temperature. This process forms a strong and densely packed structure that is much tougher than natural diamond alone.
What is PCD?
Uses & Application of PCD.
Use For Application Material.
PCD (Polycrystalline Diamond) Serve to Industries.
Advantages of PCD (Polycrystalline Diamond).
Cutting Parameters.
Important Formulae for Milling.
What is (CBN ) PCBN Polycrystalline Cubic Boron Nitride.
(PCBN ) Polycrystalline Cubic Boron Nitride is a man-made synthetic material and they are commonly used in cutting tools for machining of ferrous materials. This is composed for its extreme hardness and endurance. Cubic Boron Nitride (CBN) is the hardest and most abrasion resistant material known to man, next only to Diamond.
The manufacturing process and physical properties of PCBN are very similar to those of PCD, except that instead of graphite, boron nitride is the building block for CBN. Like graphite, boron nitride is subjected to high temperature and pressure in the presence of catalysts to form cubic crystals of various micron sizes. These crystals are then graded and sintered together with tungsten carbide as the substrate.
PCBN thermal conductivity has very higher then carbide & ceramics. CBN duering the machining has not soften at higher temperature up to 1000°C . CBN has the advantage of being completely chemically inert as well as retaining its strength and hardness at the cutting edge.
PCBN is ideal for CNC turning operations to produce precision-hardened parts with a highly polished surface. CBN/PCBN turning inserts are primarily used for high-speed machining of hard metals such as hardened steel, powdered metal, superalloys, and cast iron.
PCBN Suitable for high-speed and ultra-high-speed cutting technology
PCBN tool is most suitable for high speed cutting of cast iron, hardened steel and other materials.
PCBN is the best tooling material for Hard cutting technology
Finishing of quenching hard materials (hardness above 55HRC), they are usually by grinding method to finish, but with the PCBN development of cutting tool materials and lathe (especially CNC lathe) the improvement of the machining accuracy, replace the grinding with hard cutting to complete parts processing has become a new finishing way.
Uses & Application of PCBN/CBN.
Cast Iron (Gray Iron, Ductile Iron, Chilled Cast Iron, High Chromium Cast Iron, Alloy Wear-resistant Cast Iron, etc.) Click here
Hard Steel (Hardened Steel, Bearing Steel, Die Steel, High Mn Steel, High-speed Steel, etc.) Click here
Tungsten Carbide Click here
Applications.
Cutting Parameters.
Advantages of Our CBN/PCBN Tools.
Advantages of Our CBN/PCBN Tools.
