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cadmium replacement
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Hardness
cvd diamond
Desired Hardness (HV)
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0
Application Temp
UPT pvd pecvd and ald coatings are engineered to reduce wear, friction, and corrosion.
Maximum Temperature at which a coating can be applied to your component. (°F) Pull slider to select temp.
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°F
Service Temp
UPT pvd pecvd and ald coatings are engineered to reduce wear, friction, and corrosion.
Maximum temperature that your component may experience while in service. (°F) Pull slider to select temp.
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°F
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low temperature deposition

P50

TM
Coating
Me-DLC
Coating Method
PVD
Application Temp1
250
-
450
°F
Service Temp
600
°F
Hardness (HV)
500
-
1100
HV
Friction vs Steel2
0.100
-
0.2
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P50

P51+

TM
Coating
DLC
Coating Method
PeCVD
Application Temp1
250
-
450
°F
Service Temp
600
°F
Hardness (HV)
1700
-
2300
HV
Friction vs Steel2
0.005
-
0.1
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P51+

E2

TM
Coating
CrN
Coating Method
ARC-PVD
Application Temp1
300
-
800
°F
Service Temp
1100
°F
Hardness (HV)
2000
-
2200
HV
Friction vs Steel2
-
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E2

E6

TM
Coating
TiCN
Coating Method
ARC-PVD
Application Temp1
300
-
800
°F
Service Temp
550
°F
Hardness (HV)
2800
-
3200
HV
Friction vs Steel2
-
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E6

E10

TM
Coating
AlTiCrN
Coating Method
ARC-PVD
Application Temp1
800
-
900
°F
Service Temp
1500
°F
Hardness (HV)
3000
-
3300
HV
Friction vs Steel2
-
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E10

E17

TM
Coating
AlTiN
Coating Method
ARC-PVD
Application Temp1
800
-
900
°F
Service Temp
1650
°F
Hardness (HV)
3500
-
3800
HV
Friction vs Steel2
-
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E17

E18

TM
Coating
TiN
Coating Method
ARC-PVD
Application Temp1
300
-
800
°F
Service Temp
900
°F
Hardness (HV)
2300
-
2500
HV
Friction vs Steel2
-
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E18

E20

TM
Coating
CrWN
Coating Method
ARC-PVD
Application Temp1
300
-
800
°F
Service Temp
1600
°F
Hardness (HV)
3000
-
3200
HV
Friction vs Steel2
-
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E20
dlc coating vs pvd coating
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1 Actual application temperature is customer and alloy dependent. Application temperature is the temperature at which the coating is applied
2 Friction vs. Steel values are determined under ambient conditions. The range presented covers both coated/coated & coated/uncoated interfaces. The lowers frictional numbers are from an interface of polished coated on coated substrates.
Service Temperature is the temperature that the coating may experience when the coated component is in service.
increase production in converting equipment

Compatible Substrates

Our unique ability to deposit coatings at lower temperatures means more compatible substrates than other coating providers.

Engineered Alloys

  • Ferrous Metals (iron, steel, tool steel, stainless steel)
  • Aluminum
  • Titanium
  • Nickel
  • Heat Resistant / Super Alloys
  • Copper

Ceramics

  • Alumina (Al2O3)
  • Tungsten Carbide (WC)
  • Others

Polymers

  • Polyethylene
  • Polypropylene
  • Polyvinyl Chloride
  • Others

Optical Materials

  • Slicon
  • Germanium
  • Sapphire
  • ALON
  • Glass
  • Others

Coating Technology

United Protective Technologies utilizes next generation Vapor Deposition and Atomic Layer Deposition techniques to produce and offer functional thin-film coatings with nanocomposite construction. Our coatings improve performance related to corrosion, wear, extreme environmental conditions and other required properties.
United Protective Technologies provides premium high-performance dlc coatings

Discover Diamond-Like Carbon (DLC)

united protective technologies produces protective coatings for military application, aerospace defense coatings

Battlefield Tested

diamond-like carbon coating for guns
From it's inception, UPT has worked with the SBIR, STTR, and DoD to develop cutting-edge nanocomposite coatings. These coatings give the US military a strategic advantage on the battlefield by increasing performance and equipment life.
It started with the research, development, and implementation of thin-films to protect windscreens and the leading edge of rotor blades. This advancement increased the service life of military aircraft, reduced cost, and gave the US military a battlefield advantage.
The best part is that these battlefield tested coatings are available for the battles your equipment faces. Whether it's a high impact manufacturing process, a corrosive offshore environment, or a complex mechanical system laden with friction, we have a coating that will equip you for that battlefield.
Ready to take the hill? 
Our Solutions Team can help.
united protective technologies
dlc coating for military equipment
sbir sttr award winning company
united protective technologies department of defense

Deep
Surface
Knowledge

Our coating services extend beyond the application of existing coatings. UPT coating technology is backed by surfacing engineering experts who are always exploring and developing new coating solutions for our clients’ specific applications. If you’d like to discuss a solution to your specific goal, schedule a call with our Solutions Team.
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