Freud 1/2" Flush Trim Upcut Spiral Router Bit with Tico Hi-Density Carbide for Maximum Performance - Ideal for Heavy Duty Trimming, 1/2" Diameter, 1/2" Shank, 2" Carbide Height, 24,000 RPM - 75-509

The Freud 75-509 – 1/2" Flush Trim Upcut Spiral Bit is designed for the most demanding trimming applications, especially in abrasive materials like melamine, particleboard, and solid surface. This heavy-duty bit features a 1/2" diameter and 1/2" shank, with an upcut spiral design that ensures fast chip removal and a clean, precise bottom edge, making it ideal for flush trim and pattern routing. Built with TiCo Hi-Density Carbide, this bit offers long-lasting sharpness and durability, ensuring smooth, clean cuts in even the hardest materials. The Black I.C.E. Coating helps reduce heat buildup and improve chip evacuation, extending the life of the bit and maintaining cutting performance. With a maximum RPM of 24,000, the Freud 75-509 bit provides high-speed cutting performance, making it perfect for both hand-held and table-mounted routers. Whether you're trimming edges or following a pattern, this bit is designed to deliver consistent, professional-grade results in a variety of materials.

• Heavy Duty Trimming for Abrasive Materials - Perfect for trimming hard or abrasive materials like melamine, particleboard, and solid surface, delivering fast, clean cuts with minimal effort.
• Upcut Spiral Design for Clean Cuts - The upcut spiral design ensures a clean bottom edge and fast chip removal, improving cutting speed and maintaining a smooth, accurate finish.
• Durable TiCo Hi-Density Carbide - Crafted with TiCo Hi-Density Carbide for long-lasting sharpness, providing superior durability and cutting performance in the toughest materials.
• Versatile Compatibility - Designed for use in hand-held routers and table-mounted routers, making it ideal for both detailed and larger trimming tasks in a wide variety of materials.
• High-Speed Performance - Rated for a maximum RPM of 24,000, this bit delivers reliable high-speed cutting, ensuring smooth and precise results for professional-grade projects.