Garhgi Silicon Carbide Abrasive Power Brush, 240 Grit Diameter 0.19"(5mm) for Small Size Engine Cylinders Piston Rings Valve Guides Tubes Cam Bearings

Garhgi Silicon Carbide Abrasive Power Brush, 240 Grit Diameter 0.19"(5mm) for Small Size Engine Cylinders Piston Rings Valve Guides Tubes Cam Bearings

Durable Silicon Carbide Hone Spheres】-Engineered with premium abrasives for fast material removal, long-lasting performance, and consistent hone of cylinder walls, engine bores, automotives or metal surfaces. 【Precison Cylinder Honing】 – Ideal for deburring, deglazing, smoothing or restoring crosshatch patterns in automotive, motorcycle, or small engine cylinders to optimize piston ring seating and lubrication. 【Versatile Compatibility】 – Offers stock sizes from 3mm to 110mm, from 60Grit to 320Grit, and hone brushes with M6 thread, which could be mounted with extenders, access to hard-to-reach cylinder spaces. 【Flexible Use】-Fits drill presses, hones, handheld tool, CNC; ideal for DIY mechanics, professional workshops or engine rebuid projects. 【Package Includes】- 1 PC of Silicon Carbide Brush, 240 Grit, External Diameter 0.19"(5mm), Overall Length 200mm, Working Part Length 70mm. Safety Warnings: Always wear gloves and eye protection. Avoid excessive pressure and overheating. Make inspections before use. Garhgi Brush transforms your surface finishing, deburring and cleaning tasks with our versatile abrasive nylon honing brushes. Featuring durable silicon carbide spheres, this brush is ideal for deburring, polishing, and rust removal applications.With its various abrasive grit rating (from 60grit to 320grit), this brush delivers consistent results for both industrial and DIY projects. The robust nylon construction provides excellent durability and flexibility, making it effective for reaching into corners and contours. Perfect for metalworking, woodworking, and general maintenance tasks, this hone brush helps achieve professional-quality surface finishing results. The brush's design allows for efficient material removal while maintaining control over the finishing process.