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Quality system - ISO 9001

PVD (Physical Vapor Deposition)

Stamping

Common surface failures during cold work range from forming, stamping, fine blanking, punching to powder compacting. This can result in abrasive wear, adhesive wear or galling. Sputtek offers a variety of PVD coatings for cold work tooling to help extend the life of your tool. For your reference, we have provided the table below with a list of coatings for specific applications.

  Coating Composition Coating Architecture Applications Properties
Historical Index     Single Layer Multilayer Duplex Triplex Gradient FLCS Steel Maximum Fensile Strength, MPA Light Metal Al, Mg, Ti Cu Based Maximum Thickness, um Hardness HV ±200 Coefficient of Friction (dry over steel) Colour
0 TiN TiN + 400 - - 10 2200 0.5 Gold
0 TiCN TiCN + 600 - - 6 3000 0.2 Grey/Bronze
0 CRN CRN + + 400/500 + + 12 1800 0.3 Silver
0 CRCN CRCN + + 500/600 + + 12 1900 0.25 Silver
0 TiAlN TiAlN + + 600/700 - - 10 3000 0.5 Dark Bronze
0 TiAlCN TiAlCN + 700/900 - - 8 3200 0.25 Bronze
0 V10 VCN + + 600/700 + - 10 2500 0.5 Yellow
New CRALON AlCRN + + 700/800 - - 8 3200 0.5 Grey
New CRALON-M AlCRVN Based + + + 900/1100 - - 8 3400 0.2 Bronze
New CRALON-S AlCRTiSiN Based + + + 1000/1200 - - 8 3500 0.2 Bronze
New FORMALL VCN + + + 800/900 + - 8 3000 0.5 Yellow
New FORMALL-S TiSiVN + + + 1000/1400 - - 8 3500 0.2 Bronze
New D-ARC PLC-C Based + + N/A + + 2500 12 <0.1 Grey/Black
Agenda: FLCS - Functional Layers Coating System. Any process could be performed as duplex with case hardening 40÷70 MKM
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