MoB-CoCr- Molybdenum Boride Cobalt Chrome

Molybdenum Boride coatings offer good resistance to high temperature, erosion and sliding wear. Our HVAF Molybdenum Boride composite coating has excellent non-stick properties at high-temperature applications. The anti-stick coating is inert to molten metals (Zinс, Zinc-Aluminum, Aluminum, etc.) Explore more for thermal spray HVAF composite MoB anti-stick coatings at our spray shop in Mumbai. Molybdenum-based MoB-CoCr- Molybdenum Boride Cobalt Chrome

Super Stainless Steel

HVOF and HVAF Stainless Steel Coatings Endurance provides thermal spray HVAF and HVOF corrosion protection coatings with the following features High hardness serves as a barrier against corrosive solutions such as seawater, mineral or organic acids. Protection of base metal metal spray coating achieved through Low porosity and high bond strength preventing corrosion due to Super Stainless Steel

Hastelloy

Hastelloy Coating used in Chemical Refineries

Hastelloy coating developed by the HVAF process provides high resistance in various situations Uniform corrosion attack, localized corrosion, stress corrosion and cracking Pitting and crevice corrosion due to chlorides and other halides Oxidizing and non-oxidizing environment Sulphide stress and cracking in an oil field environment Ease in the spraying process Protection against corrosive attack combined Hastelloy

Amorphous Metallic Glass

Endurance brings you economical environment-friendly Fe-based coatings for corrosive environments which can effectively replace Co-based coatings and hazardous electrolytic, chrome plating. With HVAF, these metallic glass iron-based coatings are known to drastically slow down the corrosion process. Characteristics of Amorphous Fe-based HVAF coatings In-flight temperature results in dense coating layers with considerably reduced defects and Amorphous Metallic Glass

Cr3C2-NiCr- Chromium Carbide Nickel Chrome

Endurance offers Chromium carbide coating with the following features Resistance against wear at elevated temperature (up to 750˚C) due to the high wear resistance provided by the hard carbide content and the high-temperature oxidation nature. Cr3C2 – NiCr coating’s properties are significantly influenced by the thermal spray process and parameters. Dense coatings with improved toughness Cr3C2-NiCr- Chromium Carbide Nickel Chrome