Non-woven products
-
Shop
- START Line
-
2026 Ecomm Assortment
- Rasps and wood files
- CC-GRIND® grinding discs
- Workshop files
- PFERD precision files
- Maintenance and cleaning brushes
- Accessories for files
- Sharpeners
- Sharpening files
- POLIFAN flap discs
- Industrial power brushes
- Polishing tools
- Fine grinding and finishing products
- Files
- Coated abrasives
- Cut-off wheels, flap discs and grinding wheels
- File handles, file sleeve, file brush
- Bench grinding wheels
- Sanding stick
- Drilling products
- Backing pad
- Tungsten carbide burs
- Metal bond
- Non-woven products
- Industrial power brushes
- Mounted Points
- Hardware
- Business & Industrial
- Files
- Milling, holemaking and deburring products
- Cut-off wheels, flap discs and grinding wheels
- Diamond and CBN tools
- Cut-off wheels for stationary applications
- Fine grinding and finishing products
- About Us
- Contact
Filter products
COMBICLICK® Surface Conditioning Disc Hard, Aluminum Oxide
The COMBICLICK® system consists of a specially developed backing pad and a rugged mounting system at the back of the disc. The backing pad allows COMBICLICK® discs to be used on most available angle grinders. The special geometry of the cooling slots ensures high air throughput, which considerably reduces the thermal load on the abrasive material and the workpiece. The quick-mounting system, rugged fixture, secure attachment of the disc and optimized cooling system help to provide up to 30% lower workpiece temperature, up to 25% increased stock removal, up to 30% longer disc life and improved utilization of the abrasive. Designed for universal work on small and medium-sized metal surfaces, e.g. removing rough grinding traces, removing oxidation, and light deburring work. Achieve matte and satin-finished surfaces.
POLINOX® Mounted Flap Wheel, Radial, Aluminum Oxide
POLINOX® mounted flap wheels are made of non-woven polyamide abrasive, into which abrasive grain is integrated. Non-woven abrasive flaps are arranged radially, and the wheels are durable due to the dense packing of the flaps. Ideal for surface work.