Service guide
- ZERO-I PLUS Coating
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Wear resistanceHeat resistance/oxidation resisitanceCorrosion resistanceCold stamping formingCold forgingBlanking dieDrawing diesPress-fit diesStainless steel formingPunch pinCore pinsTrimming diesTypes of PVD coatings
This coating maintains the same film thickness
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as ZERO-I while delivering superior smoothness
and anti-adhesion performance.
Instead of relying solely on film hardness for
wear resistance, it achieves long-term stability
through a controlled, gradual wear process.
- ZERO-I W Coating
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Wear resistanceHeat resistance/oxidation resisitanceCorrosion resistanceCold stamping formingCold forgingBlanking dieDrawing diesPress-fit diesStainless steel formingPunch pinCore pinsTrimming diesTypes of PVD coatings
By doubling the film thickness of ZERO-I, this
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coating provides significantly improved wear
and heat resistance.
- TiAlN coating
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Wear resistanceHeat resistance/oxidation resisitanceLubricity/slidability/low frictionCold stamping formingCold forgingBlanking dieDrawing diesPress-fit diesStainless steel formingCutting toolHigh-speed cutting toolCarbide cutting toolCarbide toolPunch pinCore pinsTrimming diesTypes of PVD coatings
By adding Al to TiN is coated with improved more abrasion resistance and heat resistance. When operating temperature exceeds 700℃, the Al component and oxygen are combined by frictional heat, and strong Al2O3 is generated on the outermost layer, contributing to further improvement of the lifetime.
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- ZERO-I coating
-
Wear resistanceHeat resistance/oxidation resisitanceCorrosion resistanceCold stamping formingCold forgingBlanking dieDrawing diesPress-fit diesStainless steel formingCarbide toolPunch pinCore pinsTrimming diesTypes of PVD coatings
Developed newly ZERO-I ( Zero One) coating from the existing PVD Coating for higher hardness, heat resistance and lubricity . Superior wear resistance contributes to longer life.
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