Abrasives from Norton Abrasives are the right choice for increasing productivity while keeping costs down.A technological partnership between Grindwell and the then-dominant Norton Company, USA, in 1967 evolved into a financial partnership in 1971, becoming Grindwell Norton Ltd. (GNO). Six years after acquiring Norton Abrasives Company, USA, Saint- Gobain acquired a majority stake in GNO, India's first Saint- Gobain company.
When it comes to (Bonded, Coated and Non-Woven Super Abrasive and Thin wheels), GNO is the market leader in India today. High-Performance Refractories and Performance Plastics are also produced and sold by this company. The Project Engineering Group (PEG) of GNO is a well-respected engineering resource for Saint -Gobain firms in India and beyond, thanks to its wide project portfolio.
The New Ball Bearing Co. (NBBC) is an authorized distributor of Norton grinding wheels. Cutting stones, construction materials, and masonry are some of the most common uses for Norton grinding wheels. These items are well-liked by our customers because of their resistance to corrosion, durability, and ease of use.
High-quality grinding wheels are available for purchase from New Ball Bearing Co. (NBBC). Wheels of various grades and sizes are available to satisfy the needs of our customers. Our products are delivered on time, every time. It is impossible to make mistakes or blunders with these grinding wheels, which are incredibly durable. Stainless steel, mild steel, grinding alloys, and more are all common uses for these wheels.
Fast delivery and a sturdy structure are just few of the features that make this product stand out from the rest. Reliable, Exceptional strength makes it ideal for grinding alloys, stainless steels, low carbon steels, and cast irons.
Coated Abrasives
Coated abrasives are grains placed to a surface, often in the form of belts, sheets, discs, and rolls, where the grain is bonded to the backing by a binder and then further supported by a binder layer. Coated abrasives most commonly come in the form of sandpaper. Paper, cloth, vulcanized fiber, and plastic films are among the most used substrates, with grit sizes ranging from coarse to ultra fine (micron sizes). ISO 6344 is the standard for coated abrasives in the international arena.
It is possible to use abrasive grains with high performance and great homogeneity in coated abrasives. For materials that are difficult to grind or finish, ceramic grains can be utilized since they sharpen on their own, further extending their useful life.
Precision and vitrified bond systems, heavy duty coated abrasive grains, and difficult-to-grind low-pressure applications, such as fine finishing, benefit greatly from the unique, highest-available sharpness and micro structure of this ceramic grain.
Bonded Norton Abrasives
They're called bonded abrasives since they're made of grains that have been bonded together into a single piece. The cutting surface of bonded abrasives is reinforced by the addition of a binding agent or resin. Grin size, spacing, and bond material all affect the performance of an abrasive.
Varied bonding agents offer different functionalities for bonded abrasives used in a variety of grinding applications, including cutoff wheels, snagging wheel attached wheel segments and plugs, as well as cones, plugs, and plugs.
Heavy industry regularly use bonding abrasives. Alumina-zirconia grain can be used to enhance the aggressive cutting action in applications where substantial stock removal on stainless and high alloy steels is required.
Rail surfacing greatly benefits from the rapid cutting action of bonded abrasives, which allows for an expedited return to service. They are also suitable for use in metal foundries, because to their high durability in such a harsh environment.
In order to generate electro-fused abrasive mono crystalline alumina, high purity alumina and specific alloys are fused together using an electric current. There are sharper, stronger edges that lead to better bonding and a better cutting action when the crystals of each particle are used in the moulding process.
Super Abrasives
Either rectification tools or grinding wheels are available in the form of Super Abrasive goods. High-precision grinding of crystals and ceramic components, cutting silicon wafers, and sharpening circular saws and woodworking tools are some of the applications where these abrasions are most commonly used.
These abrasives can be utilized in a variety of precision grinding applications, such as cutting silicon wafers or sharpening circular saws and other woodworking tools, as well as in the edging of automotive, architectural, or crystal glass, and ceramic components.
Thin Wheels Abrasive
The Advantages of Thin Wheels Abrasive
High cutting rates due to the low thickness of materials
< >Job savings due to the minimal thickness of the material.Power usage will be reduced.Improved machine lifespan. When cutting, burrs are minimized and reinforced for safety.It's great for cutting stainless steel sheet cutting, tube cutting , and PCBs cutting, as well as for the dairy industry and investment castings.
Non-Woven Abrasive
Fibers in non-woven abrasives are embedded with resin and abrasive, creating a three-dimensional web. Usually, the fibers are made of nylon or another synthetic substance. Silicon carbide, aluminium oxide, and ceramic alumina are all examples of abrasive materials that can be used. Belts, discs, pads, flap wheels, and flap discs are made from non-woven fabrics to fit a variety of power equipment.
Grades rather than grit sizes are utilized to determine the finish because of the three-dimensional structure. The finer the grade, the smoother the finish, while the coarser the grade, the better for removing heavy scale and other debris from the surface.
Non-woven discs are available in a wide range of shapes and sizes for a variety of cleaning and finishing tasks. Arbor-hole discs are used on high-speed grinders. Surface rust and residue, corrosion, mild weld splatter, and other surface pollutants can be removed with extra coarse grit solutions.
