3M standard 150mm universal sanding pad with 5/16" attachment
The 3M universal sanding pad, with its standard 150 mm diameter and 5/16" attachment, is a must-have accessory for the sanding industry. Designed to meet a variety of needs, this tray offers extensive compatibility with many sanders available on the market. With its 150 mm diameter, the pad is suitable for both large surfaces and smaller areas, providing a versatile solution for a diverse range of sanding jobs. The 5/16" fastener ensures a secure connection between the platen and the sander, guaranteeing stable and efficient use during sanding operations. Made by 3M, this sanding pad is robust and durable, capable of withstanding intensive use in demanding working environments. Whether for surface preparation, finish sanding or polishing, this universal pad delivers reliable performance and high-quality sanding results.
3M's standard 15-hole, 150mm diameter universal pad can be used with 6-, 7-, 9- or 15-hole Abrasive discs. In particular, it is ideal for use with 3M Hookit 255P+ Abrasive discs.
Advantages of the standard universal plate
- Extended compatibility: Designed to be compatible with a variety of sanding machines on the market, offering a universal solution for a wide range of sanding applications;
- Versatility of use: Suitable for a diverse range of sanding jobs, from pre-sanding to finishing, the versatility of this pad makes it an essential tool in the arsenal of any professional or amateur sander;
- Stability and safety: The 5/16" attachment ensures a secure connection between the platen and the sander, guaranteeing safe and stable use during sanding operations;
- Sanding efficiency: With its 150 mm diameter, this platen can cover a large surface area in a short space of time, improving efficiency and productivity when sanding;
- Durability and reliability: Manufactured by the renowned 3M brand, this disc has a robust, durable construction that can withstand intensive use in demanding working environments, ensuring long life and reliable performance.