Thermal Spray Outperforms Chrome in Many Applications
- Thick Coating
Capability
- No Part Size Limitation
- Bonds to a Wider Range of Materials
- Does NOT Affect Base Metals

Thermal Spray has a
continuous surface. |

Chrome Plate has
microcracks that
facilitate corrosion. |
Corrosion Resistance B117-73 (ASTM Salt Spray Test)
- Navy Marine
Test Facility
- Key West, Florida
- 18 month atmospheric exposure test
- Sprayed weekly with salt water

HVOF WC/Co |

HVOF T400 |

Cr
Plate |
| * Published by AESF Aerospace Plating and Metal
Finishing Forum, www.materialoptions.com |
Ellison
Surface Technologies provides a broad range of alternatives
to hard chrome.
Thermal Spray Application is Faster than Chrome
Chrome “grows” slowly
on a part and requires numerous process steps versus thermal spray.
| Hard
Chrome Plating (10 Steps)
1.
Degrease
2. Alkaline Clean
3. Grit Blast
4. Rinse
5. Etch
6. Rinse
7. Plate
8. Rinse
9. Dry
10. Grind / Polish |
Thermal
Spraying (4 Steps):
1.
Degrease
2.
Grit Blast
3.
Spray
4.
Grind / Polish |

Hard Chrome Replacement by EST - Actuator Rod Coated Using HVOF
Thermal
Spray is Environmentally Safe & Clean
- No Hexovalent
Chrome
- No Carcinogenic by-products
- Meets new EPA exposure Threshold Limit
Value
|