PeCVD & ARC-PVD Coatings

Family of Proprietary Coatings

Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)
Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

P50™

Me-DLC
PVD
<450 F
can be as low as 250 F
500-1100
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

P51+™

DLC
PeCVD
<450 F
can be as low as 250 F
1700-2300
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

E2™

CrN
ARC PVD
300-800 F
2000-2200
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

E6™

TiCN
ARC PVD
300-800 F
2800-3200
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

E10™

AlTiCrN
ARC PVD
800-900 F
3000-3300
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

E17™

AlTiN
ARC PVD
800-900 F
3500-3800
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

E18™

TiN
ARC PVD
300-800 F
2300-2500
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Trade Name
Proprietary Coatings
Method
Process Temperature
Hardness (HV)

E20™

CrWN
ARC PVD
650 F
3000-3200
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Typical Thickness 2-6 μm, application dependent. 
UPT's R&D team builds, develops, and tests every coating system and coating recipe.

compatible substrates

UPT has developed a catalog of wear resistant coatings; ARC-PVD (Cathodic ARC Physical Vapor depostion) & PeCVD (Plasma-enhanced Chemical Vapor Deposition), which can be readily applied to most metallic alloys including aluminum. One of our leading coatings is a composite structure consisting of amorphous carbon and functional elemental modifiers that can be tailored to meet the demands for a wide range of applications.