4 Inch Metal Cutting Discs 107mm x 1.0-1.2mm for Stainless Steel Iron with 145000 RPM Speed

High-performance 4-inch resin cutting discs designed for precision cutting of stainless steel, iron, and various metals. These cutting wheels feature excellent cylindricity of 0.5 and are available in grain sizes ranging from 36 to 240.

Resin cutting discs, also known as resin-bonded cutting discs or resinoid cutting wheels, are abrasive tools engineered for cutting various materials including metal, stone, concrete, and more.

• Metal Fabrication: Cutting steel, stainless steel, aluminum, and other metal alloys for sheet metal, pipes, bars, and structural components
• Construction: Cutting concrete, masonry, brick, and stone for construction and renovation projects
• Automotive Repair: Precision cutting of exhaust pipes, chassis, body panels, and suspension parts
• Plumbing and Pipework: Cutting metal and plastic pipes, fittings, and valves for installation and repair
• Metalworking Industries: Trimming weld beads, cutting metal stock, and shaping metal components
• DIY and Hobbyist Projects: Versatile cutting for home renovations, ceramics, wood, and plastic materials
• Industrial Manufacturing: Production processes involving raw material cutting, component shaping, and excess material trimming
• Stone and Tile Cutting: Precision cutting of natural stone, ceramic tiles, porcelain tiles, and hard materials

Xinli Group, located in Zhengzhou, Henan Province, operates with advanced production equipment and testing instruments, achieving annual sales of 3,000 tons of wear-resistant materials. Our facility includes 3 integrated smelting furnaces, 2 sets of 12000V magnetic extractors, ball mills, barmac equipment, air flow mill shaping machines, and 3 production lines.

Our wear-resistant materials are widely used in sandblasting, grinding, and filling applications across semiconductor, hardware, machinery, electronics, glass, and paint industries. We supply products meeting various international standards including PEPA, JIS, and ANSI, with quality comparable to imported materials.