Crescent Nicholson 904928C 200mm/8" File Half Round Second Cut

Unlock versatility and efficiency with the Crescent Nicholson 200mm/8" File Half Round Second Cut 904928C. Crafted for precision and durability, this file is a powerhouse tool designed for shaping various surfaces.

Key Features:

• Used on Multiple Surfaces: Specifically engineered for use on concave, convex, and flat surfaces, this file offers versatility for a wide range of applications.
• Specially Hardened Teeth: A special hardening process ensures that the teeth remain sharper for an extended period. This feature enhances the file's longevity and maintains consistent performance over time.
• Precision Cut Teeth: The precision-cut teeth facilitate fast material removal, making your tasks more efficient and reducing the time required for shaping and refining surfaces.
• Ergonomic Design: The rear taper on Nicholson file handles allows a secure lock around the handle, increasing push force and providing better control during use.
• Comfortable Handling: The file is designed for comfort with a rubber coating, rounded shape, flared neck, raised ribs, and a wide middle section. This ergonomic design eliminates pressure points, ensuring maximum comfort and control.
• Hang Hole for Easy Storage: Conveniently hang the file for easy storage, keeping your workspace organized and the tool within reach whenever you need it.

Benefits:

• Versatile Shaping: From concave to convex and flat surfaces, this file is versatile, making it an essential tool for a variety of metalworking applications.
• Long-Lasting Sharpness: The specially hardened teeth ensure prolonged sharpness, providing consistent and reliable performance over time.
• Efficient Material Removal: Precision-cut teeth contribute to fast material removal, increasing efficiency and reducing the time required for your tasks.
• Comfort and Control: The ergonomic design, including the flared neck, raised ribs, and rubber coating, ensures comfortable handling, eliminating pressure points and providing maximum control during use.