Anti-Static Segmented Sanding Belts 1828mm-3300mm Width for MDF Panel Surface Finishing
Price:
Negotiable
MOQ:
100 pcs
Delivery Time:
10 workdays
Brand:
WEEM
Product Description
Premium Anti-Static Segmented Sanding Belts
WEEM premium segmented wide belts are specially engineered for heavy-duty MDF board surface sanding applications. Manufactured with mark 1128 specifications, these belts feature heavy-duty YY weight polyester backing and premium silicon carbide grains for superior performance.
Key Features
- Anti-static treatment prevents loading problems
- Heavy-duty YY weight waterproof polyester backing
- Premium silicon carbide grains for fine straight-edged grind lines
- Closed coat construction for higher stock removal rates
- Custom lengths up to 3200mm with 2 joints
Technical Specifications
| Parameter | Specification |
|---|---|
| Backing Material | YY weight waterproof polyester |
| Surface Treatment | Anti-static |
| Coating Type | Close coated |
| Abrasive Grain | Silicon Carbide |
| Grit Range | P40 ~ P220 |
| Width Range | 1828mm/72" ~ 3300mm/130" |
| Length Options | Customer specific |
Joint Options
WEEM premium MDF segmented belts offer two types of joints:
Tap on gain line joint: Standard default configuration
Tap on butt line joint: Alternative joint configuration
Applications
Ideal for surface finishing of MDF, HDF, OSD, particle board, chip board, and various woodworking applications. Compatible with wide belt sanders including Steinemann, Imeas, and Sofuma models.
Performance Benefits
These segmented belts deliver exceptional performance and durability for heavy-duty grinding and sanding requirements. The anti-static properties significantly reduce loading issues, while the silicon carbide grains provide superior cutting performance on non-ferrous materials including wood, glass, rubber, plastics, polyurethanes, primers, lacquers and sealers.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
WEEM Abrasives
Contact Person
Jack Wang