Angle Grinder Cutting Discs
A collection page of Rennie Tool Company
About
At Rennie Tool, we keep things simple. We maintain a full range of angle grinder discs that do their job well and last through tough work. Each disc has been examined for quality and safety, and they all fit the typical angle grinders used in workshops and on building sites. A large variety of discs for marble, porcelain, stone, tiles, stainless steel, and metal are available. Whether you're cutting through steel, shaping stone, or trimming a few tiles, there's a disc made especially for the task. The usefulness of an angle grinder is obvious to anyone who works in a workshop. It easily polishes surfaces, smooths edges, and cuts metal. Using the correct disc makes the job feel safer and easier, and the finished product appears clean and well-done. Metal and Stainless-Steel Cutting Discs These metal cutting discs make work hassle-free when handling stainless steel, mild steel, and even titanium. Each one measures 115mm across, 1.2mm thick, with a 22.23mm bore – a good fit for most standard grinders. They’re sold in packs of ten for £5.40 (plus VAT). They’re thin but strong, giving you clean cuts without too much heat or wear. Ideal for jobs like cutting through pipes, sheets, bars, or bolts – whether you’re in the workshop or out on site. Turbo Diamond Discs for Tiles and Stone When you’re cutting tiles, marble, or masonry, you need a disc that stays sharp and doesn’t chip the edges. Our Turbo Diamond angle grinder cutting discs are built for that. They cut fast and clean, with less dust and vibration. Each disc is 2.2mm thick and costs £5.08 excluding VAT. They’re a solid choice for tilers, builders, and stonemasons who work with hard materials and need neat, even cuts every time. Ultra-Thin Diamond Blades for Masonry and Tiles These incredibly thin diamond blades work well if you want a neat, clean cut. They are suitable for porcelain, granite, ceramics, and softer stone and are available in 1.2mm and 1.4mm sizes. They cut more quickly and have smoother edges with