Rotary Polycarbide Abrasive Disc – 100mm
£7.90
This 100mm rotary polycarbide abrasive disc is the go-to tool for efficient rust and paint removal, as well as surface prep tasks. Made with silicon carbide-coated nylon mesh, it’s perfect for tough metal and stone work.
- Removes rust, paint, and graffiti
- Ideal for welding prep and descaling
- Designed for metal and stone tasks
- Fits most power drills with 6mm shank
- Max speed: 6,000rpm for high efficiency
Order now and boost your project’s performance!
Description
Rotary Polycarbide Abrasive Disc – 100mm | Rust & Paint Removal, Deburring & Surface Prep
Key Features & Benefits
This 100mm rotary polycarbide abrasive disc is designed for efficient rust and paint removal, descaling, and surface preparation. Whether you are working on metal or stone surfaces, this versatile tool ensures a smooth, clean result.
- Versatile Performance: Ideal for multiple tasks, including rust removal, deburring, and surface prep.
- High Durability: Silicon carbide-coated nylon mesh offers long-lasting use.
- Wide Application: Perfect for metal and stone cleaning, graffiti removal, and welding prep.
- Compatibility: 6mm shank fits most power drills.
- Efficient Speed: Operates at up to 6,000rpm for fast and effective results.
In addition, its advanced formulation ensures that the disc maintains performance even in demanding conditions.
How Rotary Polycarbide Disc Works
This polycarbide abrasive disc utilizes a silicon carbide-coated nylon mesh for high-speed, effective removal of rust, paint, and other surface contaminants. The durable alloy arbor ensures longevity and steady performance when used with a power drill. The 100mm disc diameter offers an excellent balance between coverage and control, allowing precise work on both flat and contoured surfaces.
Ideal Applications & Instructions for Abrasive Disc
The 100mm rotary polycarbide disc excels in rust and paint removal, welding seam preparation, and graffiti removal. Suitable for metal and stone working, it delivers professional results on both light and heavy-duty tasks.
Usage Instructions:
- Attach the 6mm shank securely to a power drill.
- Set your drill to a speed of up to 6,000rpm for optimal performance.
- Work the disc evenly across the surface for thorough cleaning and preparation.
After applying the product, you’ll appreciate its performance, which is further supported by the following technical specifications.
Technical Specifications
- Disc Diameter: 100mm
- Shank Size: 6mm
- Material: Silicon carbide-coated nylon mesh
- Max Speed: 6,000rpm
- Arbor Material: Alloy
- Compatibility: Fits most power drills
Explore more abrasive discs in our Abrasives category.
Read more
Safety Information and Precautions
When using this rotary polycarbide abrasive disc, always wear appropriate protective gear, including safety goggles and gloves. Keep hands clear of the rotating disc, and ensure your power drill is securely fastened to prevent slipping. Moreover, ensure the disc is not used at speeds exceeding 6,000rpm to avoid damage or injury.
While the product is designed to be safe and effective, you may have additional questions. Here’s what you need to know:
Frequently Asked Questions
Q: Can I use this disc for stone polishing?
A: Yes, the disc is suitable for both metal and stone surfaces, including stone polishing and surface prep.
Q: What power tools can I use with this disc?
A: The 6mm shank fits most electric drills with adjustable speed.
Q: What’s the maximum operating speed?
A: The maximum speed is 6,000rpm, ensuring effective performance without compromising safety.
Packaging and Contents
- Quantity: 1 x 100mm Rotary Polycarbide Abrasive Disc
- Shank Size: 6mm
- Material: Silicon carbide-coated nylon mesh
Order Now and Experience Rotary Polycarbide Abrasive Disc
Boost your productivity with the Rotary Polycarbide Abrasive Disc – ideal for rust removal, surface prep, and more. Order today to start achieving superior results.
Check out customer reviews on Trustpilot for honest feedback; moreover, see how our products have made a difference.
Read less
Page Contents
Toggle