Discover VEVOR's full line of sanding supplies, including power-sander accessories, sanding blocks, dry-ice blasting machines, sanding sponges, and dust-collection systems, designed for woodworkers, auto body technicians, contractors, and surface preparation specialists. VEVOR offers dependable, well-made sanding supplies for a wide range of surface preparation applications, whether you are finishing sanding hardwood furniture, blasting rust from metal, gathering workshop dust, or getting car panels ready for painting.
Do you need sanding supplies, including hand sanding blocks and sponges, powered sander accessories, heavy-duty sandblasters, and workshop dust collection? For professionals and serious do-it-yourselfers, VEVOR offers sanding blocks, power-sander accessories, dry-ice blasting equipment, sanding sponges, and dust-collection systems. Choose the appropriate system, grit range, and abrasive type for your job now.
Every type of sanding supply has a distinct abrasion mechanism that is appropriate for particular materials, surface characteristics, and finish specifications. For common surface preparation applications, VEVOR's array includes blast, powered, and manual abrasive techniques.
In contrast to hand sanding without a block, which results in uneven surface profiles, high spots, and wavy finishes visible under raking light or paint finish, sanding blocks offer a rigid backing behind the abrasive sheet that distributes sanding pressure evenly across the entire abrasive contact surface. Instead of the uneven scratch pattern that unsupported abrasive sheets produce under varying hand pressure, VEVOR sanding blocks use cork, rubber, or dense foam backing materials that maintain flat contact with the workpiece surface throughout the sanding stroke, ensuring consistent material removal across the entire block width.
VEVOR's sanding sponges combine the abrasive properties of sandpaper with a flexible foam substrate that can conform to curved and contoured surfaces without losing contact at the center of the curve during the sanding stroke. Because they conform, sanding sponges are a suitable option for shaping curved furniture parts, molding profiles, spindles, and car body curves, where a rigid block would abrade the profile's high points while leaving the recessed portions intact. Because VEVOR sanding sponges have two sides with different grit grades on opposing faces, the user can simply flip the sponge to go from a coarser initial cut to a finer finishing grit without having to reach for a different abrasive or lose their established hand position on the workpiece.
Replacement sanding discs, sanding sheets, detail sanding pads and fingers, and backing pads are examples of power sander accessories that prolong the useful life of current sander tools and provide abrasive consumables that powered sanding operations exhaust through frequent use during a workshop or jobsite project. VEVOR power sander accessories provide compatible replacement abrasives without the brand-specific sourcing restrictions that proprietary accessory systems place on workshop consumables. They cover the standard disc diameters, sheet dimensions, and attachment systems used across the most popular orbital, random orbital, belt, and detail sander models on the market.
VEVOR sanding disc accessories' hook-and-loop attachment systems enable discs to be switched between grit grades in a matter of seconds, leaving no adhesive residue. This feature aligns the tool and workpiece contact areas without tearing or stretching the backing material, unlike some pressure-sensitive adhesive discs that can degrade when repeatedly peeled off during multiple grit changes in a single sanding session. To maintain dust extraction efficiency that keeps the cutting surface free of swarf that would otherwise clog the abrasive and lower cutting performance between disc changes, dust extraction holes pre-punched in VEVOR sanding disc patterns match the dust port configurations of major orbital sander brands.
On heavily corroded or thickly coated surfaces, a heavy duty sand blaster can remove rust, scale, old paint, mill scale, and surface contamination more quickly and thoroughly than many mechanical sanding techniques can. Pressure-feed models offer the highest media velocity and most aggressive surface preparation, making them ideal for heavily corroded structural steel, automotive frame restoration, and masonry surface cleaning. VEVOR heavy duty sand blasters are available in siphon-feed, pressure-feed, and gravity-feed configurations to suit different blasting intensity requirements and abrasive consumption rates.
The aggressive anchor tooth profile that industrial coating systems require on structural steel, to the gentle cosmetic cleaning that softer media provides on aluminum and automotive panels, where aggressive hard media would cause surface deformation and panel distortion, which can be achieved using suitable abrasive media across VEVOR heavy duty sand blaster models.
Because dry ice sublimates to CO2 gas upon impact, leaving no blasting media residue to collect and dispose of after the cleaning operation, the cleaning residue primarily consists of the dislodged contamination. A dry ice blasting machine uses compressed air to accelerate dry ice pellets toward the target surface, removing contamination through the combined mechanical impact of the pellet and the thermal shock of contact with the sub-zero dry ice. Mold removal from production tools, electrical panel decontamination, food processing equipment cleaning, and any cleaning application where blasting media residue in the cleaned environment or equipment is unwanted are all suitable uses for VEVOR dry ice blasting machines.
VEVOR's dust collection systems use filtered extraction units to capture sanding dust, abrasive swarf, and fine particulate before it settles on finished surfaces and enters the respiratory systems of workshop occupants, thereby helping address airborne fine particle contamination generated by sanding, grinding, and blasting operations. To maintain a clean workshop environment during multi-machine production sessions, central dust-collection systems in the VEVOR range connect multiple workshop machines via ductwork. These systems collect dust at the source from table saws, sanders, and routers in a single continuous extraction system.
The quality of the surface finish and tool performance that your sanding supplies provide depend on choosing the appropriate grit range for each step of a sanding sequence and verifying that abrasive accessories are compatible with your current power tools.
An abrasive's grit number indicates how coarse it is; lower numbers indicate coarser abrasives that remove material quickly and leave a rough scratch pattern, while higher numbers indicate finer abrasives that remove less material per stroke but leave progressively smoother surface finishes that are closer to the final quality needed for painting, staining, or finishing. VEVOR sanding supplies cover the entire grit range: coarse 40 to 60 grit for aggressive stock removal and initial rust or paint stripping; medium 80 to 120 grit for intermediate surface smoothing and transition sanding; fine 150 to 220 grit for final wood preparation before finishing; and ultra-fine 320 grit and above for between-coat sanding of paint and varnish applications.
Because each grit only removes the scratch pattern left by the previous grit rather than requiring a fine grit to do both smoothing and deep scratch removal work simultaneously, which greatly increases the time at each grit stage, working through a proper grit progression sequence rather than jumping from coarse to fine in a single step produces faster overall results. The full grit range of VEVOR sanding blocks, sponges, and power sander accessories enables a typical sanding sequence from initial surface preparation to finishing-ready smoothness in a single purchase.
For sanding discs and sheets to be compatible with certain power sander models, the replacement abrasive's backing pad diameter, connection method, and dust port hole design must match the sander's specifications. To prevent customers from discovering a mismatched hole pattern or backing pad diameter after the accessory arrives, VEVOR power sander accessories identify the types of sanders and backing pad diameters each product is compatible with.
The extraction port diameter and airflow capacity of the VEVOR dust collector need to match the dust ports of the connected machines for the dust collection system to work well with workshop equipment. When machines and collectors use different standard dimensions, adapter fittings must bridge the gap between the differing port sizes. To ensure that the collector provides adequate suction at each connected tool to maintain effective dust capture during simultaneous machine operation, rather than providing adequate extraction at only one tool while the others operate with inadequate suction, VEVOR dust collection systems specify airflow rates and collection capacities that guide selection for single-machine and multi-machine workshop environments.
For woodworkers, contractors, and surface preparation specialists, VEVOR offers a full line of sanding supplies, including sanding blocks, sanding sponges, power-sander accessories, and dust-collection systems. Each product offers low cost, useful grit and compatibility coverage, and high-quality abrasive performance, making professional surface preparation affordable for all project sizes. Your sanding supplies are ready for every surface and finish level thanks to VEVOR's dependable after-sales support. Look over the entire selection now.
For paint, sand to 150–180 grit; for clear coat or stain treatments, sand to 180–220 grit. If the surface has substantial flaws or an outdated finish, start at 80 to 100 grit. Work your way up to the ultimate finishing grit, which creates a smooth surface with no obvious deep scratches beneath the applied finish.
The most popular orbital sander disc sizes and hook-and-loop backing systems are compatible with VEVOR power sander accessories. Before making a purchase, make sure the disc diameter and dust hole pattern match your particular sander model. This is because different sander models have different hole designs, and these holes must align properly for efficient dust extraction during operation.
Use crushed walnut shell to gently clean fragile surfaces, glass beads for a smoother cosmetic finish on aluminum and softer metals, and aluminum oxide for aggressive rust and paint removal on steel panels. To avoid surface deformation on thin panels, always check the target material's tolerance for the chosen medium hardness before blasting.
Through ducting, multi-port VEVOR dust collection systems link to several machines at once. Each connection has blast gates that regulate airflow to operating machines. Because inadequate total airflow lowers extraction effectiveness at each machine connection point, choose a system with enough airflow capacity for the number of machines connected.