Fein Starlock Triangular Carbide Rasp - Coarse Grinding of Tile Adhesive, Concrete, Stone, Wood and Filler Materials, 3-1/8" Edge Length, Perforated for Dust Extraction - 63731001210
R 929
or 4 x payments of R232.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
Fein Starlock Triangular Carbide Rasp - Coarse Grinding of Tile Adhesive, Concrete, Stone, Wood and Filler Materials, 3-1/8" Edge Length, Perforated for Dust Extraction - 63731001210
Powerful and Efficient Coarse Grinding - Engineered for rapid material removal, this carbide rasp is ideal for coarse grinding tasks, including the removal of tile adhesive, filler materials, concrete, stone and wood.
Long-Lasting Durability - Built with premium carbide material, this rasp is designed for extended use, offering reliable performance even in demanding applications.
Starlock Mount for Secure Attachment - Equipped with a Starlock mount, ensuring a secure, tool-free attachment to compatible multitools, providing stability and ease of use during operation.
Triangular Design for Versatility - The 3-1/8" (80 mm) triangular shape ensures easy access to corners and edges, allowing for precise grinding and material removal even in hard-to-reach areas.
Enhanced Dust Extraction - Designed with a perforated surface for compatibility with dust extraction systems, it promotes a cleaner work environment and improved visibility while reducing airborne debris.
Carbide Rasp for oscillating tools for wood, stone and other materials. Perfect for grinding down thin set after removing a bad or broken tile. Use the Rasp to remove the thin set so you may lay the new tile flush with the other pieces. The 3-1/8" tip to tip rasp is an aggressive sanding head bonded with silicone carbide. The carbide rasp is cleanable for reuse when it gets overloaded which provides for longer life of the rasp. Also used extensively for grinding quickly old paint off wood or metal then sanded back over with sandpaper to restore the finish. The Starlock systems allows you to fit this on most oscillating tools.