|
|
This wire cup brush is designed for light to medium-duty work and delivers rapid stock removal from a wide variety of surfaces. The bristles are made from hardened dipped brassed steel wire, which gives a high level of durability and resistance to oxidation. The brush is strong enough to provide reliable performance, and the crimping is flexible to tackle recessed areas and irregular surfaces. The cup shape works flat to the surface to cover a large surface area. Fitted with a non-slip 6.35mm hex shank. Compatible with most drill drivers and drills with a 13mm chuck. Conforms to EN1083-1 and EN1083-2 Features and Benefits • Designed for light to medium-duty work and delivers rapid stock removal from a wide variety of surfaces • Hardened dipped brassed steel wire • Strong construction with crimping action • Suitable for cleaning, deburring and surface preparation • Fitted with a non-slip 6.35mm hex shank • Compatible with most drill drivers and drills with a 13mm chuck Specifications Diameter: 50mm Connection: 6.35mm Hex shank Material: Brassed steel Style: Crimped Wire length: 15mm Wire diameter: 0.3mm Maximum speed: 4,500rpm Weight (net): 80g Contents 1 x Brassed Steel Crimped Wire Cup Brush, 50mm
Price: £4.95 from Tooled Up
| Retailer | Price | |
|---|---|---|
| Tooled Up | £4.95 | Go to shop |
This wire cup brush is designed for light to medium-duty work and delivers rapid stock removal from a wide variety of surfaces. The bristles are made from hardened dipped brassed steel wire, which gives a high level of durability and resistance to oxidation....
Expert Quality, industrial quality manufactured from 0.3mm hardened brassed steel wire. Designed for use with angle grinders. Features and Benefits • Expert Quality • For angle grinders • 0.3mm hardened brassed steel wire Contents 1 x...
This wire wheel brush is designed for light to medium-duty work and delivers rapid stock removal from a wide variety of surfaces. The bristles are made from hardened dipped brassed steel wire, which gives a high level of durability and resistance to oxidation....
|
|