Abracs Poly Rust & Paint Stripping Disc 4.5"(115mm)

Abracs Poly Rust & Paint Stripping Disc – 4.5" (115mm) Fast, Effective Surface Preparation Without Damaging the Base Material The Abracs Poly Rust & Paint Stripping Disc (115mm / 4.5") is a high-performance surface preparation tool designed for rapid removal of rust, paint, lacquer, sealants, and oxidation from metal, wood, fibreglass, and plastic surfaces. Engineered with an open-web, non-woven polyfibre structure, this disc provides aggressive cleaning power while remaining gentle on the substrate—making it ideal for applications where preserving the base material is crucial. Compatible with standard 4.5" angle grinders, this disc offers low vibration, cool running, and long working life. It won’t clog or smear, even on softer materials, making it a reliable choice for professional fabricators, restorers, and tradespeople. Key Features: Rapid removal of rust, paint, and surface coatings Non-woven, open-web design for consistent performance Does not damage or gouge the base material Cool grinding action – reduces heat build-up Long-lasting and resistant to clogging Suitable for use on steel, aluminium, wood, fibreglass, and more Ideal for automotive restoration, fabrication, and surface prep Technical Specifications: Disc Size: 115mm (4.5") Bore Size: 22.23mm (standard for most angle grinders) Material: Polyfibre abrasive structure with resin bonding Max RPM: 13,300 Compatibility: For use with angle grinders Typical Applications: Rust and oxidation removal from metal Stripping paint or coatings from vehicle panels Cleaning welds and surface contaminants Preparing surfaces for painting, priming, or welding Marine, automotive, fabrication, and maintenance industries Why Choose Abracs Poly Discs? Abracs is known for delivering quality, performance, and reliability. The Poly Rust & Paint Stripping Disc is no exception—offering excellent surface conditioning power while protecting the underlying material, saving time and reducing rework in your surface preparation process.