●Tip parts for mini routers Material: Fiber; Shaft diameter: Φ0.09 inch & 0.1 inch (2.35 mm & 3 mm); Head diameter: 0.9 inch (22 mm); Color: Red, 2 types of shank diameter; 0.09 inch (2.35 mm) & 0.1 inch (3 mm) set (10 pieces) Durable and practical); Small, good polishing effect, high efficiency, low cost ●A set of 2 types of T-shaped nylon fiber buffs and shank diameters. Attach to router or electric drill with 0.09 inch (2.35 mm) and 0.1 inch (3 mm) axis for polishing, removing dirt and rust etc ●Applications: Super finish of metal, gemstone, glass, polished, polish (abrasive needed), stain removal, and finishing polishing of metal (precious metals). Buffing wheels allow for a smooth, even finish and conformability to irregular surfaces with minimal stain. Perfect for all types of detail work with hard and delicate materials ●Suitable for iron, stainless steel, brass, copper, aluminum, wood, synthetic resin, painted surfaces, etc ●Range of use: Suitable for cleaning metal surfaces, grinding, dusting, deburring, polishing, removing residue, removing oxides. Quality buff for a soft finish without damaging the surface
Description
Router fiber buff
Tip parts for mini routers Material: Fiber; Shaft diameter: Φ0.09 inch & 0.1 inch (2.35 mm & 3 mm); Head diameter: 0.9 inch (22 mm); Color: Red, 2 types of shank diameter; 0.09 inch (2.35 mm) & 0.1 inch (3 mm) set (10 pieces) Durable and practical); Small, good polishing effect, high efficiency, low cost
Scope of use
A set of 2 types of T-shaped nylon fiber buffs and shank diameters.Attach to router or electric drill with 0.09 inch (2.35 mm) and 0.1 inch (3 mm) axis for polishing, removing dirt and rust etc.
Scope of use
For metal and glass super finish, polished, polish (abrasive required), stain remover and metal finishing polishing. Perfect for all types of detail work with hard and delicate materials.
Scope of use
Suitable for cleaning metal surfaces, grinding, dusting, deburring, polishing, removing residue, removing oxides.Quality buff for a soft finish without damaging the surface.