TORK CRAFT Wire Cup Brush 65 X M14 Knotted Stainless Steel Tcw

Features

• 65 mm cup diameter for controlled cleaning in smaller areas and around welds
• Knotted stainless steel wire for aggressive brushing and long service life
• M14 internal thread for direct mounting on most 115 mm angle grinders
• 0.45 mm wire thickness balances cutting power with manageable surface finish
• Max 12 500 RPM rating suitable for common grinder speeds in the workshop
• Blister pack protects the brush in storage and on the shelf

Benefits

• Fast material removal: quickly strips rust, paint and oxides to save preparation time.
• Durable in tough conditions: knotted stainless wires withstand heavy use and resist corrosion.
• Clean, consistent results: helps leave a uniform brushed finish ready for priming or welding.
• Easy fitment: M14 thread allows simple, tool-free mounting on compatible angle grinders.
• Versatile workshop tool: suitable for deburring, edge cleaning and general metal clean-up work.

Extra Information

• Recommended for use on steel, stainless steel and other ferrous metals; avoid use on softer materials like wood or plastics.
• Ideal for cleaning weld beads, flanges, brackets, railings, gates and other fabricated metal components.
• For best results, let the brush do the work – apply light to moderate pressure and keep the brush moving across the surface.
• Pack dimensions: approx. 84 mm (L) x 74 mm (W) x 74 mm (H); pack weight around 0.20 kg.

Safety

• Wear eye, ear and dust protection, as well as suitable gloves and a face shield when using wire brushes.
• Always use the brush with a correctly fitted guard on a compatible angle grinder and never exceed the marked maximum RPM.
• Inspect the brush before use and do not use it if the wires are badly deformed, damaged or excessively worn.
• Keep loose clothing, hair and jewellery away from the rotating brush and maintain a firm grip on the tool.
• Use the brush only on materials it is intended for and avoid side-loading or excessive pressure that could cause wire breakage.