Tools / Turning Tools / Overview of Turning Tools / Coated Cemented Carbide CVD

ZCCCT provides a selection of turning tools featuring Cubic Boron Nitride (CBN), developed for demanding machining tasks. These tools are engineered to support modern manufacturing requirements by offering durability, thermal stability, and consistent performance in high-precision operations. Below are some of the key characteristics and typical uses of CBN tooling:

Key Features

  • High Hardness: CBN is one of the hardest known materials, offering excellent resistance to wear during machining.
  • Thermal Stability: Maintains structural integrity at high cutting temperatures, making it ideal for high-speed applications.
  • Enhanced Surface Finish: Capable of producing smooth finishes, reducing the need for secondary processing.

Applications

  • Hardened Steel: Well-suited for machining hardened materials, particularly in automotive and die industries.
  • Cast Iron: Performs effectively on grey and nodular cast irons, supporting longer tool life and reduced downtime.
  • High-Speed Operations: Suitable for continuous cutting in high-speed environments where conventional tools may fail.

YBC203

ISO: P15 — P25

P20 grade with exceptional wear resistance and toughness for reliable machining operations. Ultra-modern sintering technique and CVD coating technologies allow for a wide range of applications in the P material range.

YBD102

ISO:K05 — K20
CVD coated K05–K20 carbide substrate. Optimized for medium operation of cast iron, special nodular cast iron and hard steel at high cutting speed.

YBC251

ISO: P20 — P35

CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting steel in lower cutting speed.

YBC252

ISO: P20 — P35

CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting steel. Optimal performance of wear resistance and toughness for a wide application field.

YBD152C

ISO: K10 — K25

Thick Al2O3 CVD coated K05–K25 carbide substrate. Optimized for medium to roughing operation of cast iron. Higher wear resistance and toughness at higher cutting speed in combination with TC chip breaker.

YBD152

ISO: K10 — K25

CVD coated K10–K25 carbide substrate. Optimized for medium to roughing operation of cast iron. Good wear resistance and toughness at higher cutting speed.

YB7315

ISO: K10 — K25

CVD coated K10–K25 carbide substrate. Optimized for medium to roughing operation of cast iron. Improved wear resistance and toughness at high cutting speed.

YBM253

ISO: M15 — M35

CVD coated M15–M35 carbide grade for medium to roughing operation in stainless steel with wide application field. High wear resistance and capability against plastic deformation at higher cutting speed.

YBM153

ISO: M10 — M25

CVD coated M10–M25 carbide grade for finishing to medium application in stainless steel. High wear resistance and capability against plastic deformation at higher cutting speed.

YBC351

ISO: P20 — P40

CVD coated P20–P40 carbide grade for roughing operation of steel and casting steel in lower cutting speed.

YBC352

ISO: P20 — P40

CVD coated P20–P40 carbide grade for roughing operation of steel and casting steel. Optimal performance of wear resistance and toughness for a wide application field.

YBC252

ISO: P20 — P35

CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting steel. Optimal performance of wear resistance and toughness for a wide application field.

YBC152

ISO: P10 — P20

CVD coated P10–P20 carbide grade for finishing to medium operation of steel and casting steel. Outstanding performance under higher cutting speed and temperature with excellent wear resistance.

YB6315

ISO: P10 — P20

CVD coated P10–P20 carbide grade for finishing to medium operation of steel, casting steel and high chrome material. Outstanding performance under high cutting speed and temperature with excellent wear resistance.

YBC103

ISO: P05 — P15

P10 grade with excellent wear resistance at higher cutting speeds. Latest sinter processes and CVD coating technologies enable a wide range of applications in the P material range.