Sand Screen Metal Disc
Discs like our Premium Sand Screens are diamond-coated for efficient grinding on glass, ceramics, and composite materials. Additionally, we provide metal screens loaded with silicon carbide in various grits, ideal for repairing coatings on wood, concrete, and painted floors.
Sand screen discs are effective in refinishing painted floor surfaces, using the 'scour method' commonly applied in gyms. These discs sand down the old finish to facilitate the application of a new one, available in a range of grits from coarse to fine, ensuring superior quality due to the use of silicon carbide abrasive during manufacturing.
Our Premium Sand Screens effectively remove surface scratches and dull gloss finishes for re-coating and are perfect for floor operations exclusively aiming for finish removal while leaving the underlying hardwood flooring untouched. This system is highly advantageous for minimally worn or frequently re-coated floors like those in gymnasiums. These discs are versatile for wet and dry use and suitable for grinding, stripping, sanding, blending, and deburring using orbital and rotary sanders.
Features and Benefits
- Premium Sand Screens are diamond-coated discs for efficient grinding on glass, ceramics, and composite materials.
- Metal screens loaded with silicon carbide in various grits are available to repair wood, concrete, and painted floor coatings.
- Effective for refinishing painted floor surfaces using the 'scour method' commonly applied in gyms.
- Sand screen discs are available in a range of grits from coarse to fine, ensuring superior quality due to silicon carbide abrasive used in manufacturing.
- Efficiently remove surface scratches, dull gloss finishes for re-coating, and selectively remove finishes, leaving the underlying hardwood flooring untouched.
- Highly advantageous for minimally worn or frequently re-coated floors like those in gymnasiums.
- Versatile for both wet and dry use, suitable for various tasks such as grinding, stripping, sanding, blending, and deburring using orbital and rotary sanders.
