47134 SILVER T27 DEPRESSED CENTER GRINDING DISC 115MM X 7MM X 22MM™ CF 20 PCS 3M
Maximum Efficiency and Fast Cutting: The New Standard in Professional Deburring
The 3M™ Silver depressed-center grinding wheel is designed to offer the perfect balance of high performance and unbeatable value. Featuring patented 3M Precision Shaped Grain (PSG) technology, this 115mm disc delivers fast, consistent heavy-duty material removal, significantly outperforming the life and speed of conventional ceramic abrasives. Ideal for stainless steel, mild steel, and specialty alloys , the Silver model precisely cuts into metal rather than “gouging” it, operating at lower temperatures and dramatically reducing operator fatigue during the most demanding grinding sessions.
Choosing Dinamitek as your official 3M partner means investing in original technological excellence, guaranteeing your workshop certified products and uncompromising productivity. For large orders, please contact the sales manager directly at info@dinamitek.com
3M™ Silver Grinding Disc - 115 mm x 7 mm x 22.23 mm
The 3M™ Silver disc (ID 7100141083) represents the state of the art for Type 27 industrial grinding operations. Developed to handle aggressive applications, it maintains a high cutting rate throughout its operating life.
Benefits and Exclusive Features
- 3M™ Precision Shaped Grain (PSG) Technology: Triangular-shaped ceramic grains continuously fracture during use to form consistently sharp points and edges. This allows the disc to cut cleanly into metal, preventing substrate erosion and excessive heat buildup.
- Increased Productivity: The extraordinary cutting speed allows you to complete more pieces in less time, optimizing work shifts and reducing the frequency of disc changes.
- Cold Work: The PSG grain design minimizes thermal friction, protecting sensitive metals like stainless steel from discoloration, oxidation, or stress cracking.
- Multi-Metal Versatility: Extremely effective on a wide range of substrates, including carbon steel, stainless steel, high speed steel and aerospace alloys.
- Operating Comfort: Requires less pushing pressure than traditional discs, improving ergonomics and reducing physical stress for the professional.
Technical Specifications
- Overall Diameter: 115 mm.
- Thickness: 7 mm.
- Center Hole Diameter: 22.23 mm.
- Wheel Type: Type 27 (depressed center).
- Abrasive Material: Precision Shaped Ceramic (PSG).
- Grit: 36+.
- Maximum Speed: 13,300 rpm.
- Bonding type: Resin.
- Technical expiration date: 1095 days (3 years) from production.
Applications and Security
This disc is the professional standard for operations of:
- Heavy Grinding: Quick smoothing of weld seams and removal of casting residues.
- Edge Processing: Chamfering, chamfering and deep deburring.
- Industrial Maintenance (MRO): Descaling and preparation of metal surfaces.
Safety Note: For optimum protection, always use on angle grinders equipped with an approved guard, according to DIN EN 12413 standard for hard abrasives.
3M: SCIENCE APPLIED TO SAFETY AND PRODUCTIVITY
Founded in 1902, in over a century the company has filed more than 100.000 patents, becoming a multinational giant that transforms safety through innovation.
3M solutions are the reference standard in sectors such as Metalworking and Industry, Automotive and Bodywork, Building and Construction, Naval and Aeronautical Sector.
3M offers a complete ecosystem for the professional, focusing on:
- Respiratory Protection: Disposable masks (Aura™ series), reusable half-masks and full-face masks, as well as PAPR powered air systems.
- Hearing and Vision Protection: E-A-R™ earplugs, Peltor™ headsets (also with Bluetooth communication) and SecureFit™ safety glasses.
- Professional Abrasives: Fiber discs, flap discs, cutting and grinding wheels from the Cubitron™ II and III lines and the exclusive Scotch-Brite™ line for finishing.
Choosing 3M means focusing on productivity: just as a Cubitron™ disc reduces processing times and operator fatigue, 3M PPE ensures that the worker wears the protection for the entire shift thanks to advanced ergonomics.
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