Tools / Milling Cutters / Overview of Milling Cutters / Coated Cemented Carbide PVD

ZCCCT offers a variety of milling cutters with Physical Vapor Deposition (PVD) coatings, designed for high-performance machining, and ZCCCT's PVD coated milling cutters are engineered to meet the demands of modern machining, offering high precision, durability, and efficiency. Here are some key features and applications:

Key Features

  • High Wear Resistance: PVD coatings provide excellent wear resistance, extending the tool life.
  • Improved Toughness: These tools are designed to withstand high cutting forces and temperatures.
  • Superior Surface Finish: PVD tools deliver a superior surface finish, reducing the need for secondary operations.

Applications

  • Steel and Stainless Steel: Ideal for milling operations in steel and stainless steel, providing high wear resistance and toughness
  • Cast Iron: Suitable for machining cast iron, offering good wear resistance and thermal stability
  • High-Performance Machining: Optimized for high-performance applications, maintaining performance under demanding conditions

  • KMG406

    ISO: —

    PVD coated carbide substrate for entry into high performance machining. Universal range of application for steel and cast materials up to 55 HRC as well as stainless steel.

  • KMG309

    ISO: —

    PVD coated carbide substrate for non ferrous materials. High wear resistance even in abrasive materials.

  • KMG555

    ISO: —

    PVD coated carbide substrate for hard milling application of steel (HRC 55–68), highest wear resistance and toughness for best cutting result.

  • KMG405

    ISO: —

    PVD coated carbide substrate for high performance milling application of steel (up to HRC <55), stainless steel, super alloy material and cast iron. High wear resistance and toughness for a wide application field.

  • KMG303

    ISO: —

    PVD coated carbide substrate for universal milling application of steel (up to HRC<=48), stainless steel and cast iron.

  • KMD401

    ISO: —

    PVD coated carbide substrate for high performance milling application of non-ferrous metals, CFRP and GFRP and organic materials. The DLC layer has very good wear protection and high thermal stability.

YBG212

ISO: P25 — P35, M25 — M40

PVD coated M25–M40/P25–P35 carbide substrate for steel and stainless steel. Especially for inner insert at drilling operation.

YB9320

ISO: P10 — P30, M10 — M25

PVD multilayer coated M10–M25/P10–P30 carbide substrate for finishing to medium application of stainless steel, super alloy and steel (grooving/milling). Optimized coating stability for higher wear resistance and thermal stability in a wide application field.

YBG205

ISO: P10 — P30, M20 — M40, S15 — S25

PVD multilayer coated M20–M40/S15–S25/P10–P30 carbide substrate for finishing to medium application of stainless steel, super alloy and steel (milling). Good wear resistance and thermal stability in a wide application field.

YBS203

ISO: S15 — S25

Turning and milling grades for processing heat-resistant materials. A special carbon substrate and the latest PVD coating technology enable a very good wear behaviour, high fracture toughness and high thermal stability.

YBG202

ISO: P10 — P30, M10 — M25

PVD coated M10–M25/P10–P30 carbide substrate for finishing to medium application of stainless steel and steel (milling). Good wear resistance in a wide application field.

YBS303

ISO: S25 — S35

Milling grade for machining titanium alloys. A tough carbide substrate and the latest PVD coating technology with increased impact resistance and high thermal stability.

YBG302

ISO: P15 — P30, M25 — M40

PVD coated M25–M40/P15–P30 carbide substrate for medium roughing application of stainless steel and steel (milling). Good wear resistance and toughness.

YBG102

ISO: S05 — S15

PVD coated S05–S15 carbide substrate for finishing to medium application of super alloy material, stainless steel and aluminium. Good wear resistance in a wide application field.

YBG101

ISO: N05 — N20

PVD coated N05–N20 carbide substrate for finishing to medium application in aluminum material. Coating only on the top face, in combination with the aluminum chip breaker, prevents build up edges and gives a smooth cut.