Hook & Loop Surface-Conditioning Discs

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Hook-and-loop surface-conditioning discs prepare surfaces for welding or finishing. They stick to a compatible backing pad and can be quickly removed and replaced without tools, which reduces downtime and increases productivity. Unlike adhesive-backed discs, hook-and-loop discs can be reused after they've been removed from the backing pad. Surface-conditioning abrasives remove surface imperfections and create a smooth surface ready for finishing in a single step rather than using different abrasives for removing and finishing. They're made of nonwoven material with an integrated abrasive that removes mill scale, surface rust, weld spatter, paint, and epoxy.

General Purpose Surface-Conditioning Discs for All Metals

General Purpose Surface-Conditioning Discs for All Metals

General purpose surface-conditioning discs optimized for use on all metals have an aluminum oxide abrasive. Surface-conditioning abrasives made of nonwoven nylon conform to irregular surfaces and remove surface imperfections, mill scale, and surface rust to create a smooth surface ready for finishing. Aluminum oxide is a strong, sharp, and durable abrasive that penetrates the work surface and withstands heat and high speeds. Example metals include mild and carbon steel, cast iron, cobalt, titanium, and chrome.

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Coating-Removal Discs for All Metals

Coating-Removal Discs for All Metals
Coating-removal discs optimized for use on all metals have an extra-coarse aluminum oxide abrasive. Extra-coarse nonwoven coating-removal abrasives clean welds and strip rust, paint, and corrosion without modifying the shape of the workpiece. Aluminum oxide is a strong, sharp, and durable abrasive that penetrates the work surface and withstands heat and high speeds. Example metals include mild and carbon steel, cast iron, cobalt, titanium, and chrome.
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Blending & Finishing Discs for All Metals

Blending & Finishing Discs for All Metals
Blending and finishing discs optimized for use on all metals have a silicon carbide abrasive. Blending and finishing abrasives remove fine lines and scratches and smooth surfaces to prepare surfaces for final finishing. Silicon carbide is a sharp synthetic abrasive that provides a fine finish in low-pressure applications such as finishing and painting preparation. It breaks down faster than aluminum oxide. Example metals include mild and carbon steel, cast iron, cobalt, titanium, and chrome.
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Coating-Removal Discs for Thin-Gauge Metals

Coating-Removal Discs for Thin-Gauge Metals
Coating-removal discs optimized for use on thin-gauge metals have an extra-coarse silicon carbide abrasive. Extra-coarse nonwoven coating-removal abrasives clean welds and strip rust, paint, and corrosion without modifying the shape of the workpiece. Abrasives for thin-gauge materials remove less materials than other abrasives to maintain the workpiece profile. Silicon carbide is a sharp synthetic abrasive that provides a fine finish in low-pressure applications such as finishing and painting preparation. It breaks down faster than aluminum oxide.
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Cool-Cutting Surface-Conditioning Discs for All Metals

Cool-Cutting Surface-Conditioning Discs for All Metals

Cool-cutting surface-conditioning discs optimized for use on all metals have a ceramic abrasive. Surface-conditioning abrasives made of nonwoven nylon conform to irregular surfaces and remove surface imperfections, mill scale, and surface rust to create a smooth surface ready for finishing. Ceramic self-sharpens faster than other abrasives to remove material quicker. Quicker material removal speeds up the work and keeps the surface cooler, making ceramic a good choice for heat-sensitive metals. Example metals include mild and carbon steel, cast iron, cobalt, titanium, and chrome.

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Cool-Cutting Coating-Removal Discs for All Materials

Cool-Cutting Coating-Removal Discs for All Materials
Cool-cutting coating-removal discs optimized for use on all materials have an extra-coarse ceramic abrasive. Extra-coarse nonwoven coating-removal abrasives clean welds and strip rust, paint, and corrosion without modifying the shape of the workpiece. Ceramic self-sharpens faster than other abrasives to remove material quicker. Quicker material removal speeds up the work and keeps the surface cooler, making ceramic a good choice for heat-sensitive metals. Example materials include metal, composites, wood, ceramic, plastic, and porcelain.
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Note: Product availability is real-time basis and adjusted continuously. The product will be reserved for you when you complete your order.
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