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Innovative coating technology
Custom solutions innovated specifically for industries Read More -
HVOF innovative thermal spray
Coatings for an Extensive Array of Applications and Industries Read More -
Engineered Coating Solutions
We protect and recover your mechanical components Read More -
Plasma innovative thermal spray
Ceramic, carbide and super alloy coatings to protect mechanical parts Read More
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Hard Chrome Replacement Coatings
In the production of hard chromium plating hexavalent chromium oxide is produced. Hex chrome is a well known carcinogen. Industries that generate hex chrome currently face strict occupational and environmental regulations, and the regulations for hex chrome are… -
Wear resistant hard coating
Among the many coatings that we apply at TSS are certain hard coatings that are engineered and designed for various wear applications.Such coatings are applied utilizing advanced processes such as HVOF or Plasma spray. Read More -
Repair & Dimensional Restoration
The equipment and parts in every industry are subjected to abrasive wear and/or corrosive and erosive wear. The affected components can usually be repaired applying a thermal spray coating to restore the part to original dimension. Read More -
Applications-Coating materials
Tungsten carbide is one of the most wear resistant materials which can be applied via the plasma spray or HVOF processes. We can achieve a hardness approaching or exceeding 70RC. Additionally, tungsten carbide can be ground and polished… -
Corrosion Protection
The corrosion of components is a pervasive problem which destroys or reduces the structural integrity of equipment and parts used in all industries and in all environments. Our coating solutions can tackle any wear and corrosion concerns that… Read More -
Rods, plungers, shafts and sleeves
We provide turnkey thermal spray coated components such as shafts or sleeves.By giving customers this option, they can enhance their supply chain management, and save time and money, by reducing their supplier base, better control their inventories, while… Read More
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- Chromium Carbide
- Ceramic
- Bronze Spray
Thermal spray materials
Chromium Carbide
Coatings material is a blend (75/25) of very fine particles of chromium carbide and nickel chromium powders. When properly sprayed using the HVOF process, it produces coatings which are very hard, dense and well bonded. Because of its unique combination of properties, HVOF Chromium Carbide is recommended for resistance to wear by fretting, abrasive particles and hard surfaces in the temperature range 540°- 815°C (1000°-1500°F).
HVOF Chromium Carbide coatings are dense (less than 1/2 volume percent porosity) and well bonded (tensile bond strength in excess of 12,000 psi, 83 MPa). These coatings, however, may be best characterized by their high macro and microhardness which translates into excellent high temperature wear resistance.
Thermal spray materials
Plasma Tungsten Carbide
Coatings material is a fine grade tungsten carbide-cobalt aggregate powder forplasma spray. It produces the best coatings for low temperature wear resistance of alltungsten carbide powders. These coatings are recommended for resistance to wear byabrasive grains, hard surfaces, fretting and particle erosion.
Thermal spray materials
Aluminum Bronze
Coatings material is a fine grade aluminum bronze powder. When sprayed with the HVOF process, dense, high bond strength coatings are produced. These deposits can be readily machined, milled, drilled/tapped or otherwise finished. This unique set of physical properties makes Aluminum Bronze ideally suited to restoration of worn or mis- machined non-ferrous components. This coating is recommended for soft bearing applications and to resist wear by fretting, hard surfaces and cavitation.
HVOF Sprayed Aluminum Bronze coatings are harder and exhibit a higher tensile bond strength than standard aluminum bronze deposits. The as-sprayed surface finish is also finer than comparable standards. These data reflect the higher coating density, improved bonding and superior coating integrity which results from the HVOF process.