Highly engineered abrasive grains for the most demanding industries
Saint-Gobain Abrasive Grains is the world’s leading manufacturer of specialty grains and powders, supporting industries such as aerospace, automotive, construction, electronics, energy, semiconductor and steel. Our goal is to maximize performance and promote process efficiencies working in close collaboration with customers.
Leveraging continuous product innovation, advanced technological expertise and unparalleled service and support, we cultivate long-lasting relationships with our customers to develop tailored solutions that meet their unique challenges. As a trusted partner who understands their processes, we are committed to helping them grow by delivering a reliable and quality supply of our abrasive materials.
Saint-Gobain’s premium grains for bonded abrasives demonstrate groundbreaking cutting abilities that bring higher efficiency and lower force development to a wide variety of industrial applications.
Because of their unique fracture properties, Saint-Gobain’s premium grains for coated abrasives continually provide sharp cutting surfaces on a microscopic scale, enabling faster cutting action with extended grain life.
The high intrinsic grain strength of Saint-Gobain’s blast finishing ceramic materials enables high-pressure blasting without particles breaking down upon impact.
Because of their unique fracture properties, Saint-Gobain’s seeded gel abrasives continually provide sharp cutting surfaces on a microscopic scale, enabling faster cutting action with extended grain life.
Saint-Gobain’s premium abrasive grains demonstrate groundbreaking cutting abilities that bring higher efficiency and lower force development to a wide variety of industrial applications.
Saint-Gobain’s premium abrasive grains demonstrate groundbreaking cutting abilities that bring higher efficiency and lower force development to a wide variety of industrial applications.
Saint-Gobain offers a full range of high performance blasting media offering exceptional value and durability across various surface treatment applications.
