Sandvik Osprey metal powders Sandvik Group The Sandvik Group is a global high technology enterprise with 44,000 employees in 130 countries. Sandvik’s operations are concentrated on three core businesses: Sandvik Tooling, Sandvik Mining and Construction and Sandvik Materials Technology – areas in which the group holds leading global positions in selected niches. Special features of Sandvik Osprey metal powder for thermal spray applications Wide range of standard and customized alloys Products made to the highest quality standards and are compliant with ISO 9001, ISO 14001 and OHSAS 18001 Particle size distribution Available in a wide range of particle size distributions, from < 5 µm to < 250 µm powder particle diameters. The powder particle size distribution is tailored to the particular requirements of the coating process selected. Gas atomized powders have a spherical morphology and, therefore, excellent flow characteristics. All are manufactured using the highest quality raw materials. Metal powders for thermal spray applications As a leading producer of high performance metal powders, Sandvik Osprey Ltd has developed a range of gas atomized metal powders, specially designed for thermal spray applications. Sandvik Osprey Ltd powders are highly compatible with a broad range of coating processes used today, including established techniques such as: Flame spraying Plasma transferred arc welding (PTA) Plasma spraying In keeping up to date with developments in the market, powders have also been developed for more modern coating process such as: High velocity oxy fuel (HVOF) Laser cladding Cold spray Gas atomized powder product range: Cobalt and nickel based self fluxing alloys Cobalt based hardfacing alloys Low alloy steels Tool and high speed steels Nickel and cobalt based superalloys 80/20 NiCr Copper and copper alloys Nickel-aluminium self bonding alloys MCrAlY alloys Recommendations are for guidance only, and the suitability of a material for a specific application can only be confirmed when the actual service conditions are known. Continuous development may necessitate changes in the technical data without notice.