Tungsten Carbide Rotary Burrs

Professional tungsten carbide rotary burrs in YG6, YG8, and YG10 grades for industrial applications. Features Standard Double-cut, Fine Cut, and Fine Double-cut options for precision machining. Full size design ensures optimal coverage and efficiency. Custom logo personalization available. Minimum order 100 pieces, delivery in 5 working days.

Professional grade YG8 tungsten carbide rotary burrs designed for precision shaping in automotive applications. Features multiple cut types including standard double-cut and fine cut options, full-size design for maximum efficiency, and durable construction. Available in 100 piece minimum orders with 5 working day delivery and monthly capacity of 250,000 pieces.

Professional double-cut tungsten carbide rotary burrs for industrial applications. Features 10x longer durability than high-speed steel, processes materials up to HRA92.5 hardness, and offers 10x higher efficiency than small wheel stalks. ISO9001 certified with optimized RPM ranges from 7,650 to 26,000 for various diameters.

High-performance solid carbide rotary burrs featuring 60HRC hardness and 3-25mm diameter options. Designed for precision grinding across multiple materials including steel, alloys, and non-ferrous metals. Long shank design ensures stability and excellent material removal efficiency for industrial applications.

Professional 6mm shank tungsten carbide rotary burr with pointed tree shape and double cut flute design. Made from YG10/YG12 cemented carbide for high temperature resistance and sharp cutting edges. Ideal for deburring, cutting, forming, and grinding ceramic, stone, steel, aluminum, and hardwood materials with precision and efficiency.

Professional-grade tungsten carbide rotary burrs available in YG6, YG8, and YG10 grades. Full-size design ensures compatibility with various tools. Features custom branding options, precision cutting capabilities, and exceptional wear resistance. Minimum order 100 pieces with 5-day delivery. Ideal for metalworking, woodworking, and industrial applications.

Professional tungsten carbide rotary burrs with custom logo branding. Available in standard double-cut, fine cut, and fine double-cut options. Choose from YG6, YG8, or YG10 grades for optimal hardness and durability. Full size selection ensures compatibility with various rotary tools. Minimum order 100 pieces with 5-day delivery.

Professional tungsten carbide rotary burrs available in YG6, YG8, and YG10 grades with multiple cut types. These full-size cutting tools deliver exceptional hardness, durability, and precision performance for metalworking, woodworking, and plastic fabrication applications. Custom branding available with 250,000 pieces monthly capacity.

High-performance tungsten carbide rotary burrs offering exceptional durability and precision cutting for metalworking and industrial applications. Available in YG6, YG8, and YG10 grades with standard double-cut and fine cut options. Features full-size design, custom logo capability, and withstands high temperatures for extended tool life. Minimum order 100 pieces with 5-day delivery.

Professional-grade tungsten carbide rotary burrs in YG6, YG8, and YG10 hardness grades. Full-size design with multiple cut types for precision metalworking, woodworking, and fabrication. Minimum order 100 pieces with $1-10 pricing and 5-day delivery. Built for durability and performance in demanding industrial environments.

Tungsten carbide YG15 shaft sleeve offers 5-20x longer life than bronze. Hardness HRC70 resists heavy load deformation. Self-lubricating, stable up to 500°C, and corrosion resistant. Ideal for mining, hydraulic, and construction machinery. Custom sizes available.

Precision-engineered tungsten carbide rotary burrs with WC+CO composition for exceptional durability and wear resistance. Compatible with rotary tools, die grinders, and drills. Ideal for metal cutting, shaping, grinding, and deburring. Custom logo and sample available. MOQ 100 pcs.

Precision-engineered with 6-8% cobalt and tungsten carbide for exceptional hardness and wear resistance. Aluma Cut design ensures efficient material removal and smooth finishing. Compatible with die grinders, customizable logo, and available in multiple shapes. Ideal for deburring, shaping, and grinding metals.

Precision-engineered with 6-8% cobalt and tungsten carbide for exceptional hardness and wear resistance. Aluma Cut design ensures smooth material removal and reduced heat buildup. Ideal for deburring, shaping, and grinding on stainless steel, aluminum, and cast iron. Custom options available.

High-performance tungsten carbide rotary burrs with 6-8% cobalt for exceptional hardness and wear resistance. Precision cutting for metal shaping, deburring, and grinding. Compatible with die grinders and rotary tools. Shank sizes 1/8-1/4 inch or 3-6mm. Samples available.

Precision-engineered from WC+Co with 6-8% cobalt for exceptional hardness and wear resistance. Compatible with rotary tools, die grinders, and drills. Ideal for metal cutting, shaping, and deburring. Samples available. Custom options offered.

YG8 cemented carbide wire wheels offer HRA 89-92 hardness, over 10x longer lifespan than steel wheels. Scratch-resistant surface (Ra

Custom YG8 cemented carbide seal ring with HRA 88-92 hardness and ≥1500 MPa flexural strength. Excellent wear resistance and toughness for particle media and vibration. OEM sizes, mirror finish Ra≤0.1μm, factory direct.

Professional tungsten carbide rotary burr set featuring multiple cutting head types (single-cut, double-cut, aluma-cut) compatible with materials from stainless steel to non-ferrous metals. Available in 13 models with shank diameters from 3.0mm to 10.0mm. Minimum order 50 pieces with competitive pricing from $1.59-$3.59 per unit.

Professional D-type tungsten carbide rotary burrs featuring ±0.01mm precision tolerance and multiple carbide grades (YG6-YG15C). These industrial cutting tools deliver high hardness, impact toughness, and extended service life for shipbuilding, automotive, and foundry applications. Made from 100% virgin raw materials for superior performance.