3M™

3M™ Flap Disc 769F – is our durable, high-performance abrasive flap disc with precision-shaped grains from 3M™ Precision-Shaped Grain and durable polyester base.

3M™ Flap Disc 769F – convenient, strong, efficient and universal petal disc. Our discs are coated with 3M™ Precision-Shaped and proven to be more effective than traditional zirconium corundum petal discs. This abrasive is constantly breaking down to form sharp particles that cleanly cut metal, unlike traditional abrasives that tend to plow through the substrate. This breaking down into particles, together with the destruction of individual petals to release fresh layers of mineral, ensures a high grinding speed that is stable throughout the life of the disc. Polyester base additionally extends durability. Together with the high adhesion, this makes the discs an ideal choice for high-pressure jobs such as beveling, grinding welds and deburring edges. In addition, they create clean surfaces, which makes them indispensable for smoothing and surface preparation. In many cases, 3M™ Flap Disc 769F provides sanding and finishing without changing the abrasive tool. This is possible because under normal conditions the 769F disc finish is one step thinner than a fiber disc of the same grade. Although the fiber disc grinds faster, this petal disc simplifies the process flow, eliminating the need to change tools, which saves time and increases productivity. An ideal choice for processing carbon steel, stainless steel and other alloys sensitive to high temperatures.

3M™ Flap Disc 769F – is our durable, high-performance abrasive flap disc with precision-shaped grains from 3M™ Precision-Shaped Grain and durable polyester base.

3M™ Flap Disc 769F – convenient, strong, efficient and universal petal disc. Our discs are coated with 3M™ Precision-Shaped and proven to be more effective than traditional zirconium corundum petal discs. This abrasive is constantly breaking down to form sharp particles that cleanly cut metal, unlike traditional abrasives that tend to plow through the substrate. This breaking down into particles, together with the destruction of individual petals to release fresh layers of mineral, ensures a high grinding speed that is stable throughout the life of the disc. Polyester base additionally extends durability. Together with the high adhesion, this makes the discs an ideal choice for high-pressure jobs such as beveling, grinding welds and deburring edges. In addition, they create clean surfaces, which makes them indispensable for smoothing and surface preparation. In many cases, 3M™ Flap Disc 769F provides sanding and finishing without changing the abrasive tool. This is possible because under normal conditions the 769F disc finish is one step thinner than a fiber disc of the same grade. Although the fiber disc grinds faster, this petal disc simplifies the process flow, eliminating the need to change tools, which saves time and increases productivity. An ideal choice for processing carbon steel, stainless steel and other alloys sensitive to high temperatures.

3M petal discs™ Cubitron™ II 967A are designed for grinding and finishing in one step and perform a larger amount of work in the same time. The exceptional capabilities of the precision-shaped ceramic grain of 3M™ in petal grinding discs. Petal grinding discs 3M™ Cubitron™ II work faster and require less pressure, helping to reduce operator stress on the most difficult operations, including grinding operations, weld removal, deburring and more.

The secret to high efficiency flap discs 3M™ Cubitron™ II 967A consists of 3M™ precision shaped ceramic grain. Triangular grains are oriented perpendicular to the base, act as cutters, easily cutting through metal, and are constantly self-sharpening as the microparticles are chipped during the grinding process. As a result, Cubitron™ II 967A grinds quickly and without overheating and continues to work after ordinary discs have exhausted their resource and need to be replaced.

3M petal discs™ Cubitron™ II 967A are designed for grinding and finishing in one step and perform a larger amount of work in the same time. The exceptional capabilities of the precision-shaped ceramic grain of 3M™ in petal grinding discs. Petal grinding discs 3M™ Cubitron™ II work faster and require less pressure, helping to reduce operator stress on the most difficult operations, including grinding operations, weld removal, deburring and more.

The secret to high efficiency flap discs 3M™ Cubitron™ II 967A consists of 3M™ precision shaped ceramic grain. Triangular grains are oriented perpendicular to the base, act as cutters, easily cutting through metal, and are constantly self-sharpening as the microparticles are chipped during the grinding process. As a result, Cubitron™ II 967A grinds quickly and without overheating and continues to work after ordinary discs have exhausted their resource and need to be replaced.

3M petal discs™ Cubitron™ II 967A are designed for grinding and finishing in one step and perform a larger amount of work in the same time. The exceptional capabilities of the precision-shaped ceramic grain of 3M™ in petal grinding discs. Petal grinding discs 3M™ Cubitron™ II work faster and require less pressure, helping to reduce operator stress on the most difficult operations, including grinding operations, weld removal, deburring and more.

The secret to high efficiency flap discs 3M™ Cubitron™ II 967A consists of 3M™ precision shaped ceramic grain. Triangular grains are oriented perpendicular to the base, act as cutters, easily cutting through metal, and are constantly self-sharpening as the microparticles are chipped during the grinding process. As a result, Cubitron™ II 967A grinds quickly and without overheating and continues to work after ordinary discs have exhausted their resource and need to be replaced.

Cubitron ™ II 982C are used for cleaning welds, grinding and finishing the surface

Thanks to its flexible design and the special shape of the mandrels, the fiber discs fit a larger area to the processed surface, which allows you to preserve the "flatness" surface.

Cubitron ™ II 982C are used for cleaning welds, grinding and finishing the surface

Thanks to its flexible design and the special shape of the mandrels, the fiber discs fit a larger area to the processed surface, which allows you to preserve the "flatness" surface.

Cubitron ™ II 982C are used for cleaning welds, grinding and finishing the surface

Thanks to its flexible design and the special shape of the mandrels, the fiber discs fit a larger area to the processed surface, which allows you to preserve the "flatness" surface.

Cubitron ™ II 982C are used for cleaning welding seams, burrs after gas plasma cutting, scale and other operations

Thanks to its flexible design and special shape of the mandrels, the fiber discs adhere to the processed surface with a larger area, which allows you to preserve the "plane" of the surface.

Cubitron ™ II 987C, designed for processing stainless steel and other heat-sensitive metals

Fiber grinding discs Cubitron ™ II 987C are designed for processing stainless steel, nickel alloys, bronze, brass and other heat-sensitive metals and alloys. They are used in operations that require a large amount of metal removal: removal of a weld seam, removal of a chamfer, removal of burrs and other defects. The best result is achieved when using ribbed mandrels 3M ™ for fiber discs. Precise shape ceramic grain 3M ™ provides exceptional characteristics of Cubitron fiber rings ™ II 987C: high processing speed and long service life.

Fiber grinding discs 3M™ 787C are used to remove weld reinforcement, burrs, scale on sheet metal products (for example, on parts of construction and other special machinery, equipment, metal furniture, metal containers, etc.). Suitable for processing stainless steels and alloys, non-ferrous metals and alloys, other metals and alloys, including heat-sensitive ones. It is recommended for use in operations involving the removal of large amounts of metal.

Use 3M™ Fiber Disc 787C for increased performance compared to conventional fiber discs. Our fiber discs offer an ultra-fast cut, making them an excellent choice for dewelding, mixing and cleaning stainless steel and high-nickel alloys.

Fiber grinding discs 3M™ 787C are used to remove weld reinforcement, burrs, scale on sheet metal products (for example, on parts of construction and other special machinery, equipment, metal furniture, metal containers, etc.). Suitable for processing stainless steels and alloys, non-ferrous metals and alloys, other metals and alloys, including heat-sensitive ones. It is recommended for use in operations involving the removal of large amounts of metal.

Use 3M™ Fiber Disc 787C for increased performance compared to conventional fiber discs. Our fiber discs offer an ultra-fast cut, making them an excellent choice for dewelding, mixing and cleaning stainless steel and high-nickel alloys.

Resistance to heat during grinding extends the life of the mandrel. Preservation of the shape and hardness of the mandrel during heating ensures a consistently high aggressiveness of the fiber grinding disc. The shape of the frame contributes to a tight fit of the grinding disc to it and reduces the risk of deformation of the frame. The ribbed surface of the frame increases processing speed. Mandrels 3M™ for fiber discs are designed for installing fiber grinding discs on an angle grinder for grinding metal planes, cleaning welds and other grinding operations. Maximize the life cycle and cutting speed of 3M™ Cubitron™ II with High Performance Ribbed lining. This pair helps make processes more efficient while reducing costs.

3M polishing mandrel™ Perfect-it™ lll serves as a base for attaching abrasive discs during paintwork processing using polishing machines with M14 thread attachment. A polishing base with flexible edges allows you to optimize the work of polishing discs of all types.

Resistance to heat during grinding extends the life of the mandrel. Preservation of the shape and hardness of the mandrel during heating ensures a consistently high aggressiveness of the fiber grinding disc. The shape of the frame contributes to a tight fit of the grinding disc to it and reduces the risk of deformation of the frame. The ribbed surface of the frame increases processing speed. Mandrels 3M™ for fiber discs are designed for installing fiber grinding discs on an angle grinder for grinding metal planes, cleaning welds and other grinding operations. Maximize the life cycle and cutting speed of 3M™ Cubitron™ II with High Performance Ribbed lining. This pair helps make processes more efficient while reducing costs.

High-performance cutting discs 3M™ Cubitron™ II are designed for cutting any metals and alloys.

Use 3M™ Cubitron™ II Cut Off Disc to provide an extremely sharp, fast cut that will last much longer than other discs. Our cutting discs are typically used to cut metals such as automotive or marine sheet metal, stainless steel pipes, exhaust pipes, clamps and rust fasteners.

High-performance cutting discs 3M™ Cubitron™ II are designed for cutting any metals and alloys.

Use 3M™ Cubitron™ II Cut Off Disc to provide an extremely sharp, fast cut that will last much longer than other discs. Our cutting discs are typically used to cut metals such as automotive or marine sheet metal, stainless steel pipes, exhaust pipes, clamps and rust fasteners.

High-performance cutting discs 3M™ Cubitron™ II are designed for cutting any metals and alloys.

Use 3M™ Cubitron™ II Cut Off Disc to provide an extremely sharp, fast cut that will last much longer than other discs. Our cutting discs are typically used to cut metals such as automotive or marine sheet metal, stainless steel pipes, exhaust pipes, clamps and rust fasteners.

High-performance cutting discs 3M™ Cubitron™ II are designed for cutting any metals and alloys.

Use 3M™ Cubitron™ II Cut Off Disc to provide an extremely sharp, fast cut that will last much longer than other discs. Our cutting discs are typically used to cut metals such as automotive or marine sheet metal, stainless steel pipes, exhaust pipes, clamps and rust fasteners.

High-performance cleaning discs 3M™ Cubitron™ II are intended for operations that require grinding a large amount of metal: chamfer removal, surface preparation for welding and removal of weld reinforcement, removal of burrs after gas plasma cutting, removal of scale, burr, "burr" etc.

For a grinding disc that outperforms its competition in cut and durability, use the 3M™ Cubitron™ II Depressed Center. These discs continuously self-sharpen when destroying the upper layers of the abrasive, creating an extremely fast cut. This reduces frictional heat build-up, reducing the heat associated with cracking and discoloration. The recessed center allows sanding at any angle without damaging the surrounding surface.

Cubitron high efficiency cleaning discs® II Cut & Grind are designed for processing any metals and alloys: black steels, stainless steels, cast iron, and others.

The thickness of the disc allows you to use them for the widest range of operations - cutting, stripping small welded seams, grooves, grooves and many others. Thanks to the precisely shaped ceramic grain of 3M ™ cleaning discs Cubitron® II Cut & Grind demonstrates a record high speed of processing without additional effort on the part of the operator, reducing the load and making the work more comfortable. Cubitron® II Cut & Grind has a much larger resource compared to other similar kgurs. Using Cubitron® II Cut & Grind provides a significant increase in productivity and cost reduction.

Scotch-Brite radial brushes™ BB-ZB are usually used on stationary equipment, for example, on grinding and grinding machines with manual feed of the part to the machine or on pass-through machines with automatic feed of the part.

To remove paint, stains , adhesives, weld burns, rust, heavy oxides and surface contamination from various metals, use Scotch Brite™ Radial Bristle Brush. Brushes use our proprietary 3M™ Ceramic Abrasive Grain, including aluminum oxide, with molded, flexible yet firm bristles that provide more surface contact than brushes. We have increased the life compared to wire and other abrasive discs. Abrasives wear down gradually over the life of the product, and they work well on a variety of metals, including aluminum, brass, bronze, carbon steel, cast iron, stainless steel, and more. Ceramic abrasive grain is a ceramic mineral manufactured using the 3M process to increase grain strength and hardness. Discs Scotch Brite™ uses aluminum oxide mixed with a ceramic abrasive grain, and the result is one of the hardest, longest-lasting minerals. Ceramic abrasives are designed to cut and machine quickly under intense heat and stress. Ceramic abrasive grain is superior to aluminum oxide abrasives in terms of speed and durability. It can be used for industrial grinding and finishing. Scotch Brite Industrial Abrasives are unique surface preparation products with abrasives embedded in non-woven nylon or synthetic fibers. Combining abrasives with fibers creates an abrasive system that provides consistent results throughout the life of the product.

Scotch-Brite radial brushes™ BB-ZB are usually used on stationary equipment, for example, on grinding and grinding machines with manual feed of the part to the machine or on pass-through machines with automatic feed of the part.

To remove paint, stains , adhesives, weld burns, rust, heavy oxides and surface contamination from various metals, use Scotch Brite™ Radial Bristle Brush. Brushes use our proprietary 3M™ Ceramic Abrasive Grain, including aluminum oxide, with molded, flexible yet firm bristles that provide more surface contact than brushes. We have increased the life compared to wire and other abrasive discs. Abrasives wear down gradually over the life of the product, and they work well on a variety of metals, including aluminum, brass, bronze, carbon steel, cast iron, stainless steel, and more. Ceramic abrasive grain is a ceramic mineral manufactured using the 3M process to increase grain strength and hardness. Discs Scotch Brite™ uses aluminum oxide mixed with a ceramic abrasive grain, and the result is one of the hardest, longest-lasting minerals. Ceramic abrasives are designed to cut and machine quickly under intense heat and stress. Ceramic abrasive grain is superior to aluminum oxide abrasives in terms of speed and durability. It can be used for industrial grinding and finishing. Scotch Brite Industrial Abrasives are unique surface preparation products with abrasives embedded in non-woven nylon or synthetic fibers. Combining abrasives with fibers creates an abrasive system that provides consistent results throughout the life of the product.

Scotch-Brite radial brushes™ BB-ZB are usually used on stationary equipment, for example, on grinding and grinding machines with manual feed of the part to the machine or on pass-through machines with automatic feed of the part.

To remove paint, stains , adhesives, weld burns, rust, heavy oxides and surface contamination from various metals, use Scotch Brite™ Radial Bristle Brush. Brushes use our proprietary 3M™ Ceramic Abrasive Grain, including aluminum oxide, with molded, flexible yet firm bristles that provide more surface contact than brushes. We have increased the life compared to wire and other abrasive discs. Abrasives wear down gradually over the life of the product, and they work well on a variety of metals, including aluminum, brass, bronze, carbon steel, cast iron, stainless steel, and more. Ceramic abrasive grain is a ceramic mineral manufactured using the 3M process to increase grain strength and hardness. Discs Scotch Brite™ uses aluminum oxide mixed with a ceramic abrasive grain, and the result is one of the hardest, longest-lasting minerals. Ceramic abrasives are designed to cut and machine quickly under intense heat and stress. Ceramic abrasive grain is superior to aluminum oxide abrasives in terms of speed and durability. It can be used for industrial grinding and finishing. Scotch Brite Industrial Abrasives are unique surface preparation products with abrasives embedded in non-woven nylon or synthetic fibers. Combining abrasives with fibers creates an abrasive system that provides consistent results throughout the life of the product.