4185 – RC-35 Overlay Powder

View Product Datasheet View Product SDS FEATURES & APPLICATIONS CODE 4185 is a self fluxing nickel alloy powder which gives relatively soft coatings with extremely good wetting qualities. Because of its extremely low carbon content, it is often used as an underlay before putting high carbon coatings on steel. Special gas atomized powders designed for […]

4910 – Nickel Base Grindable Cold Spray Powder

View Product Datasheet View Product SDS FEATURES & APPLICATIONS Our code 4910, is a Nickel base alloy powder having Chromium, Boron, and Silicon elements for hard wear resistance and also resistance to cavitation. It is used as a general purpose build-up powder and used as a corrosion resistant material. Specially formulated “2 Step” metallizing powders […]

4904 – Primary Cold Spray Bondcoat Ni & Al

View Product Datasheet View Product SDS FEATURES & APPLICATIONS Our code 4904 is a primary Bondcoat powder containing Nickel and Aluminum. When flame sprayed, the particles go through a metallurgical phase change allowing self-bonding to oxide-free clean surfaces (except Copper). Specially formulated “2 Step” metallizing powders for all low temperature powder spray torches. Special “inert […]

4850 – Aluminum Bronze Cold Spray Powder

View Product Datasheet View Product SDS   FEATURES & APPLICATIONS Our code 4850 is a Copper base alloy powder for build-up on metal surfaces. The coating resists wear by fretting and hard surfaces. It also makes an excellent coating for soft bearing surfaces. Specially formulated “2 Step” metallizing powders for all low temperature powder spray […]

4985 – Machinable Nickel Base Cold Spray Powder

View Product Datasheet View Product SDS FEATURES & APPLICATIONS Our code 4985, is a machinable Nickel base alloy powder for salvage and build-up applications on properly prepared metal surfaces (except Copper). Specially formulated “2 Step” metallizing powders for all low temperature powder spray torches. Special “inert gas atomized” powder for ultimate cleanliness. Particle size distribution […]