Transform outdoor projects with FANTECH’s abrasives designed for belt sanding a deck. Our belts tackle weathered wood, rust, or uneven surfaces effortlessly, restoring aesthetics and safety. Resin-bonded grains resist clogging, ensuring faster cleanup and longer usability. Compatible with industrial sanders, these belts balance aggression and finesse—ideal for contractors prioritizing speed and finish quality. Reduce labor costs and achieve uniform results on hardwood, composite, or treated lumber. Elevate your deck restoration workflow with abrasives built to withstand heavy-duty cycles.
FANTECH’s non-woven products provide scratch-free finishes on sensitive materials like acrylic or polished stone. These abrasives blend nylon fibers with mild abrasives for blending edges or preparing surfaces for coating. Use with orbital sanders for mirror finishes on stainless steel or decorative glass. Ideal for electronics manufacturing or luxury furniture makers.
FANTECH’s ceramics sanding belts excel in processing hard materials like composites or aerospace components. The micro-structured ceramic abrasive reduces heat buildup, preventing surface warping on glass or marble. These belts are compatible with wet/dry sanding systems, making them suitable for automotive or ceramics manufacturing. Enhance productivity with split-proof joints and anti-static coatings.
FANTECH offers premium sanding belts designed to streamline woodworking projects. Our abrasives ensure consistent material removal without clogging, ideal for deck refinishing or furniture production. For belt sanding decks, choose aluminum oxide or zirconia belts for extended lifespan on uneven surfaces. Pair with compatible pulleys to minimize vibration and achieve uniform finishes. Businesses benefit from reduced downtime due to quick-change mechanisms and heat-resistant backings.
Industrial metal workshops rely on FANTECH’s stainless steel sanding belts to handle high-pressure grinding. These belts combine ceramic grains with flexible backings, eliminating scratch marks on stainless steel or alloy surfaces. Use coarse grits for weld removal and finer grits for polishing. Our belts withstand high RPMs on bench grinders, ensuring durability for knife sharpening or tool maintenance.
QINGDAO FANTECH ABRASIVES CO., LTD, is a professional company in abrasives manufacture and export.
Our main products include cutting & grinding wheels, sanding rolls, sanding belts, resin fiber discs, flap discs, flap wheels, mini flap discs, quick-change discs, strip-it products, non-woven products, diamond product, and other abrasives accessories, etc. We offer OEM and ODM service. With our professional R&D team, we can manufacture different products according to customers' specific needs.
Built to withstand heavy use, ensuring longer life.
Durable design reduces the need for frequent replacements.
Ideal for irregular and contoured surfaces.
Provides excellent material removal with minimal effort.
Select belt sanding sizes based on project scale: narrow belts for curves, wider ones for flat surfaces like decks. Our abrasives ensure smooth finishes on wood, metal, or marble without over-sanding.
Yes, premium belt sanding knife sharpener tools paired with zirconia-coated belts deliver precise edges on stainless steel. Avoid overheating by using moderate pressure and consistent motion.
Opt for fine-grit ceramics sanding belt designed for delicate materials. Use light pressure and keep the belt clean to minimize marks. Ideal for glass or ceramic restoration projects.
Ensure pulleys align with sanding belt splicing tape-repaired belts to reduce slippage. Regular lubrication and tension checks prolong belt life, especially for metal or wood grinding tasks.
Use a specialized eraser to remove buildup from wood grinding sanding belt surfaces. This preserves grit sharpness and extends usability for flooring or furniture projects.
Absolutely. Zirconia belts excel in sanding floorboards with a belt sander, offering durability against tough wood grains. They resist clogging and handle high-speed applications efficiently.
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