Ambica Trading Corporation

Cutting wheels, also known as cut-off wheels or cutting discs, come in various types depending on the material they are made from, their size, and their intended application. Here are the primary types of cutting wheels:

1. Abrasive Cutting Wheels: Made from abrasive materials like aluminum oxide, silicon carbide, or zirconia alumina. They are commonly used for cutting metal, stone, and concrete.

2. Diamond Cutting Wheels: These have diamond particles embedded in the wheel and are used for cutting hard materials like glass, ceramics, and stone. They are particularly effective for precision cutting.

3. Resin Bonded Cutting Wheels: These wheels use a resin bond to hold the abrasive particles together. They are versatile and used for cutting a variety of materials including metals and plastics.

4. Metal Cutting Wheels: Specifically designed for cutting metal, these wheels are usually made from aluminum oxide or zirconia alumina. They are durable and can cut through hard metals efficiently.

5. Masonry Cutting Wheels: Designed for cutting masonry materials like brick, stone, and concrete. They are typically made from silicon carbide.

6. Super Thin Cutting Wheels: These are designed for precise and fast cutting with minimal material loss. They are often used in metalworking and automotive applications.

7. Chop Saw Cutting Wheels: Larger wheels used on chop saws for cutting metal, concrete, and other materials. They are designed to withstand high cutting forces.

8. Rail Cutting Wheels: Specifically designed for cutting through railway tracks. These wheels are robust and can handle the high stress and heat generated during cutting.

Each type of cutting wheel is designed with specific materials and applications in mind, ensuring optimal performance and safety for different cutting tasks.

CBN Diamond Cutting Wheels: The Pinnacle of Precision and Durability

When it comes to cutting, grinding, and shaping hard materials with unparalleled accuracy, CBN Diamond Cutting Wheels stand out as the ultimate solution. These wheels, designed with cubic boron nitride (CBN) and diamond abrasives, are specifically engineered for heavy-duty applications that demand high precision, efficiency, and wear resistance. Industries such as aerospace, automotive, electronics, and toolmaking rely on these cutting-edge wheels for their superior performance and long-lasting reliability.

1. Efficient Cutting and Grinding

   • The superior cutting power of CBN and diamond abrasives ensures faster material removal and reduced cycle times, increasing overall productivity.

2. Improved Surface Quality

   • These wheels deliver smooth and precise cuts, enhancing the surface finish and eliminating the need for secondary processes like polishing or deburring.

3.  

CBN diamond cutting wheels are used across various industries for a wide range of applications, including:

1. Aerospace

   • Precision machining of turbine blades, engine components, and other high-strength materials.

2. Automotive

   • Grinding and cutting hardened steel parts, such as gears, camshafts, and crankshafts.

3. Tool and Die Making

   • Sharpening and shaping cutting tools, drill bits, and other high-precision equipment.

4. Electronics

   • Cutting and shaping brittle materials like silicon, glass, and ceramics for electronic components.

5. Medical Devices

   • Manufacturing high-precision medical instruments and implants.

6. Industrial Manufacturing

   • Grinding and shaping composite materials, carbide, and superalloys for various industrial components.

1. Material Type

   • Use diamond wheels for non-ferrous materials such as ceramics, glass, and composites.
   • Opt for CBN wheels for ferrous metals like hardened steel and superalloys.

2. Bond Type

   • Resin bonds: Provide flexibility and are ideal for fine grinding and finishing.
   • Metal bonds: Offer durability and are suited for high-stress applications.
   • Electroplated bonds: Allow for sharp, aggressive cutting and are ideal for high-precision tasks.

3. Wheel Shape and Size

   • Select the appropriate shape (e.g., flat, cup, or dish) and size based on the cutting or grinding machine and the workpiece requirements.

4. Grit Size

   • Coarser grits (e.g., 30-60) are suitable for fast material removal, while finer grits (e.g., 120-200) deliver smoother finishes.

At Ambica Trading Corporation, we offer a premium range of CBN diamond cutting wheels designed for unmatched performance and durability. Our cutting wheels are manufactured using the highest-quality materials and are engineered to meet the diverse needs of our clients across industries. Whether you need precision grinding, efficient cutting, or long-lasting tools, our CBN diamond cutting wheels deliver superior results, ensuring maximum productivity and cost-efficiency.

Sanding discs are abrasive tools designed to smooth or shape surfaces by removing material. They are commonly used with power tools such as angle grinders, orbital sanders, or die grinders. Here's an overview:

1. Fiber Discs

   • Made with a tough fiber backing and coated with abrasive grains.
   • Ideal for grinding and polishing metal.

2. Flap Discs

   • Comprise overlapping pieces of abrasive cloth attached to a backing plate.
   • Used for finishing and blending welds or smoothing metal surfaces.

3. Hook and Loop Discs

   • Have a velcro-like attachment system for easy mounting and removal.
   • Suitable for wood, paint, and metal applications.

4. Resin Fiber Discs

   • Feature a stiff, heavy-duty backing.
   • Great for heavy stock removal and aggressive grinding.

5. Diamond Discs

   • Contain diamond abrasives for cutting or sanding hard materials like stone, glass, and ceramics.

6. Abrasive Paper Discs

   • Thin and lightweight, often

Cutting wheels, also known as cut-off wheels or cutting discs, come in various types depending on the material they are made from, their size, and their intended application. Here are the primary types of cutting wheels:

1. Abrasive Cutting Wheels: Made from abrasive materials like aluminum oxide, silicon carbide, or zirconia alumina. They are commonly used for cutting metal, stone, and concrete.

2. Diamond Cutting Wheels: These have diamond particles embedded in the wheel and are used for cutting hard materials like glass, ceramics, and stone. They are particularly effective for precision cutting.

3. Resin Bonded Cutting Wheels: These wheels use a resin bond to hold the abrasive particles together. They are versatile and used for cutting a variety of materials including metals and plastics.

4. Metal Cutting Wheels: Specifically designed for cutting metal, these wheels are usually made from aluminum oxide or zirconia alumina. They are durable and can cut through hard metals efficiently.

5. Masonry Cutting Wheels: Designed for cutting masonry materials like brick, stone, and concrete. They are typically made from silicon carbide.

6. Super Thin Cutting Wheels: These are designed for precise and fast cutting with minimal material loss. They are often used in metalworking and automotive applications.

7. Chop Saw Cutting Wheels: Larger wheels used on chop saws for cutting metal, concrete, and other materials. They are designed to withstand high cutting forces.

8. Rail Cutting Wheels: Specifically designed for cutting through railway tracks. These wheels are robust and can handle the high stress and heat generated during cutting.

Each type of cutting wheel is designed with specific materials and applications in mind, ensuring optimal performance and safety for different cutting tasks.

Established in the year 1978, Ambica Trading Corporation is one of the famous names in the market. The ownership type of our company is a sole proprietorship. The head office of our business is located in Bengaluru, Karnataka. Enriched by our vast industrial experience in this business, we are involved in wholesaling and trading an enormous quality range of Abrasive Belt, Abrasive Wheel and many more. Our quality integrated range is the output of the combination of the hard work of our hard-working manpower and the contemporary techniques that we own as our pride.

Established in the year 1978, Ambica Trading Corporation is one of the famous names in the market. The ownership type of our company is a sole proprietorship. The head office of our business is located in Bengaluru, Karnataka. Enriched by our vast industrial experience in this business, we are involved in wholesaling and trading an enormous quality range of Abrasive Belt, Abrasive Wheel and many more. Our quality integrated range is the output of the combination of the hard work of our hard-working manpower and the contemporary techniques that we own as our pride.

Established in the year 1978, Ambica Trading Corporation is one of the famous names in the market. The ownership type of our company is a sole proprietorship. The head office of our business is located in Bengaluru, Karnataka. Enriched by our vast industrial experience in this business, we are involved in wholesaling and trading an enormous quality range of Abrasive Belt, Abrasive Wheel and many more. Our quality integrated range is the output of the combination of the hard work of our hard-working manpower and the contemporary techniques that we own as our pride.

• Easy to use
• Dimensionally accurate
• Customizable

• Fast Cutting
• No Chiiping
• Top Quality RAW material
• Higher Life

Features:

• High strength
• Excellent tear resistance
• Strong construction

Features:

• Superlative performance
• High stability
• Fine quality

Coated abrasive belts are flexible sanding tools used for grinding, finishing, and polishing various materials, including metal, wood, and plastic. They consist of a backing material—typically cloth, paper, or polyester—coated with abrasive grains such as aluminum oxide, silicon carbide, or zirconia alumina. These belts come in various grit sizes to achieve different levels of surface smoothness. Designed for use with belt sanders and grinding machines, they provide efficient material removal, consistent performance, and durability. Common applications include metal fabrication, woodworking, and automotive refinishing. Available in different widths and lengths, coated abrasive belts enhance productivity in industrial and commercial settings.

Deerfos Abrasive Belt is a high-performance sanding belt designed for industrial grinding, finishing, and polishing applications. Manufactured by Deerfos, a globally recognized abrasive brand, these belts are available in various grit sizes, materials, and coatings to suit different surfaces like metal, wood, and composites. They feature a durable aluminum oxide, zirconia, or ceramic grain construction for long-lasting performance and efficient material removal. With a strong polyester or cotton backing, Deerfos belts offer flexibility, tear resistance, and superior wear life. Ideal for metal fabrication, woodworking, and automotive industries, they provide smooth, consistent finishes for precision sanding operations.

1. Abrasive Type

   • Choose aluminum oxide for general-purpose polishing, silicon carbide for harder materials, or diamond abrasives for extremely tough applications.

2. Grit Size

   • Coarse grits for heavy material removal and fine grits for finishing and polishing.

3. Density

   • Select softer wheels for flexibility and lighter finishes or denser wheels for aggressive polishing and durability.

4. Wheel Size

   • Ensure the wheel size matches your equipment for optimal performance.

At Ambica Trading Corporation, we provide high-quality non-woven polishing wheels designed to meet the diverse needs of industries worldwide. Our wheels are manufactured using premium materials and advanced techniques to ensure consistent performance, durability, and value. Whether you’re working with metals, wood, glass, or plastics, our non-woven polishing wheels deliver excellent results for every application.

Snagging Grinding Wheels: Efficient Removal of Metal and Surface Preparation

In industrial and manufacturing settings, snagging grinding wheels are an essential tool for the removal of excess material, rough edges, and surface preparation. These specialized wheels are designed to handle tough grinding tasks, making them a vital part of the production process for various metalworking applications.

A snagging grinding wheel is a heavy-duty abrasive wheel designed specifically for the fast and efficient removal of large amounts of metal, particularly in applications where smooth, high-quality finishes are not the primary concern. They are typically used to smooth out rough edges, deburr metal parts, or reshape materials during rough grinding operations. These wheels are commonly used in industries such as metalworking, casting, and tool maintenance.

1. Durable and Abrasive Material

   • Made from tough abrasives like aluminum oxide, silicon carbide, or diamond grit, snagging wheels are engineered for heavy-duty grinding.

2. Coarse Grit Design

   • Snagging grinding wheels feature a coarse grit structure, ideal for the rapid removal of metal and other hard materials.
   • This rougher texture makes them less suitable for fine finishing but perfect for fast, aggressive grinding applications.

1. Rapid Material Removal

   • Snagging grinding wheels are perfect for heavy stock removal, allowing for the quick and efficient elimination of excess material from workpieces.Durability and Longevity
2. • The abrasive nature of the wheels ensures they last longer under intense grinding conditions, providing more value and reducing the frequency of wheel replacements.
   • The wheels are engineered to handle rough conditions and high volumes of work.

3. Improved Productivity

   • The fast and efficient grinding process significantly increases productivity by reducing the time required for rough grinding tasks.
   • Helps maintain a steady workflow in high-demand environments where time is critical.

Snagging grinding wheels are used in a variety of industries where high-efficiency, rough grinding is required:

• Metalworking: Ideal for shaping, deburring, and smoothing metals such as steel, iron, and aluminum.
• Foundries: Often used to remove flash or rough edges from castings before further machining.
• Automotive: Used in engine parts and metal components to remove excess material and smooth surfaces.
• Aerospace: For grinding and smoothing parts that require fast stock removal but not necessarily a fine finish.

When selecting a snagging grinding wheel, consider the following factors:

• Material Type: Choose the right abrasive material (such as aluminum oxide or silicon carbide) based on the metal or material being ground.

At Ambica Trading Corporation, we offer a comprehensive range of snagging grinding wheels designed for optimal performance and durability. Our products cater to various industrial sectors, providing efficient solutions for metalworking, foundries, and heavy machinery maintenance. With high-quality materials and precise construction, our snagging wheels ensure fast and effective material removal, keeping your operations running smoothly and safely.

Single Point Diamond Dresser: Precision Tool for Grinding and Sharpening

In the world of grinding and machining, achieving a fine, consistent finish on tools and workpieces requires precision. The Single Point Diamond Dresser is an essential tool in this process, used to maintain the sharpness of grinding wheels and improve the quality of the grinding operation. Known for its durability and high precision, this tool is favored by professionals in manufacturing, metalworking, and tool maintenance.

1. Long Durability

   • The hardness of the diamond ensures that the tool lasts longer, reducing the need for frequent replacements.
   • Resistant to high temperatures and wear, even in demanding industrial environments.

1. Improved Grinding Performance

   • Helps maintain the wheel’s shape, resulting in more efficient grinding and higher-quality finishes.
   • Removes built-up material and restores the abrasive surface, optimizing cutting performance.

2. Cost-Effective Tooling

   • Extends the life of grinding wheels, reducing the frequency of wheel changes and saving on replacement costs.
   • Maintains the consistency of grinding operations, improving overall productivity.

Single point diamond dressers are commonly used in industries where high-precision grinding is required, such as:

• Metalworking: For sharpening and maintaining tool edges and grinding wheels.
• Automotive Manufacturing: In the production of engine parts, gears, and precision components.
• Aerospace: For grinding complex parts with high precision.
• Tool and Die Making: Essential for maintaining grinding wheels used in mold making and tool sharpening.
• Medical Device Manufacturing: Ensuring fine finishes on intricate components.

When selecting a single point diamond dresser, consider the following factors:

• Diamond Grade: Choose a diamond grade that suits the material being ground and the precision required.
• Handle Type: Depending on the nature of your work, select a tool with an ergonomic handle or extended reach.
• Size and Shape of the Diamond: The size and shape should be compatible with the specific type of grinding wheel used.

At Ambica Trading Corporation, we offer a diverse selection of single-point diamond dressers designed for various grinding applications. Our products are crafted to ensure high precision, extended tool life, and exceptional grinding wheel performance. Whether you’re in the automotive, aerospace, or manufacturing industry, our diamond dressers provide the perfect solution for maintaining your grinding wheels with superior accuracy.

What Is a Grinding Wheel?

A grinding wheel is a circular tool composed of abrasive grains bound together by a matrix (bond). These wheels are used in grinding machines to remove material from a workpiece by abrasion. Depending on the grit size, bond, and material, grinding wheels are used for tasks like cutting, grinding, polishing, or finishing metal, stone, or other hard materials.

1. Abrasive Material Composition

   • Grinding wheels are made from a variety of abrasives, including aluminum oxide, silicon carbide, diamond, and CBN (cubic boron nitride). The choice of abrasive depends on the material being ground, with harder materials requiring tougher abrasives.
   • Aluminum oxide is ideal for general-purpose grinding, while silicon carbide is best for non-ferrous metals or harder substances.

2. Grit Size

   • Grit size determines the coarseness or fineness of the wheel. Coarse grit wheels (such as 36 or 46) are ideal for heavy material removal, while fine grit wheels (like 100 or 150) are used for finishing or polishing applications.
   • The selection of grit size depends on the specific application—coarse for rough grinding, fine for detailed work.

1. High-Precision Grinding

   • Grinding wheels allow for precise material removal, enabling detailed shaping, surface finish, and dimensional accuracy. This precision is critical for applications such as tool manufacturing, automotive components, and aerospace parts.
   • Their controlled grinding process ensures a fine finish and high-quality result.

2. Efficient Material Removal

   • With the right abrasive and grit size, grinding wheels facilitate fast and efficient material removal, making them an ideal choice for high-volume operations.
   • These wheels help in reducing cycle times for production tasks, improving overall productivity
   • Cost-Effectiveness

Grinding wheels are used across various industries and applications:

• Metalworking: Used for cutting, grinding, and sharpening metals, such as steel, aluminum, and cast iron. These wheels are crucial in manufacturing, automotive, and toolmaking industries.
• Construction: Grinding wheels are used for cutting, grinding, and finishing concrete, stone, and masonry materials.
• Tool Sharpening: Essential for sharpening tools like drills, lathe tools, and chisels to maintain their cutting performance and edge precision.
• Aerospace: Grinding wheels are used for precision grinding and finishing of aerospace components, ensuring high standards of safety and performance.
• Woodworking: Special grinding wheels are designed to shape, sharpen, and finish woodworking tools, including knives, planers, and saw blades.
• Why Choose Ambica Trading Corporation for Grinding Wheels?

At Ambica Trading Corporation, we offer a wide selection of grinding wheels designed for precision, durability, and superior performance. Our wheels are made from high-quality abrasives and bonded for strength and longevity, ensuring reliable results in a variety of industrial and commercial applications. Whether you need general-purpose grinding, tool sharpening, or precision finishing, our grinding wheels deliver the quality and performance you need for successful outcomes.

Diamond dressing tools are specialized tools used to restore the sharpness, shape, and surface texture of grinding wheels. These tools incorporate industrial-grade diamonds, one of the hardest materials available, to effectively remove worn abrasive material, reshape the wheel, and open up clogged pores for better cutting performance.

Diamond dressing tools are available in various configurations, including single-point, multi-point, and rotary designs, making them suitable for a wide range of grinding applications.

1. Single-Point Diamond Dressers

   • Feature a single diamond tip mounted on a shank.
   • Ideal for simple dressing tasks and shaping of grinding wheels.

2. Multi-Point Diamond Dressers

   • Contain multiple diamond grains embedded in a matrix.
   • Provide a longer lifespan and are suitable for heavier-duty dressing operations.

3. Rotary Diamond Dressers

   • Cylindrical or wheel-shaped tools embedded with diamond abrasives.
   • Used for precise, automated dressing in high-production environments.

4. Impregnated Diamond Dressers

   • Contain small diamond particles distributed throughout a matrix.
   • Suitable for light dressing and fine grinding wheel adjustments.

At Ambica Trading Corporation, we offer a comprehensive range of diamond dressing tools tailored to meet the needs of industries worldwide. Our tools are manufactured using high-quality diamonds and advanced technology, ensuring superior performance, durability, and precision. Whether you need single-point, multi-point, or rotary dressers, our products are designed to deliver exceptional results and maximize the efficiency of your grinding operations.

1. Material Type

   • Choose the abrasive material based on the workpiece:
     • Aluminum oxide for general metal cutting.
     • Silicon carbide for ceramics and glass.
     • Diamond abrasives for extremely hard or brittle materials.

2. Thickness

   • Select the thinnest wheel that meets your cutting requirements for maximum precision and efficiency.

3. Diameter and Arbor Size

   • Ensure the wheel size matches your cutting machine specifications for optimal performance.

4. RPM Compatibility

   • Verify that the cutting wheel's speed rating aligns with your tool’s operating speed to ensure safety and performance.

5. Reinforcement

   • Opt for wheels with fiberglass reinforcement for added strength and resistance to breakage during high-speed operations.

• Always use the appropriate protective gear, including goggles, gloves, and a face shield.
• Ensure the cutting wheel is properly mounted and aligned with the tool.
• Operate at the recommended speed to prevent overheating or wheel damage.
• Avoid excessive pressure; let the wheel do the cutting to prevent breakage.
• Store cutting wheels in a dry, cool place to maintain their integrity.

At Ambica Trading Corporation, we offer a premium selection of super thin cutting wheels tailored for precision, speed, and durability. Whether you’re working with metals, ceramics, or composites, our cutting wheels provide exceptional performance and long-lasting reliability. Backed by superior quality and expert guidance, our products are designed to meet the diverse needs of industries worldwide.

The MS Depressed Center Wheel is an abrasive grinding wheel designed for heavy-duty grinding, cutting, and finishing of mild steel (MS) and other ferrous metals. Featuring a recessed center hub, it allows for better control, clearance, and stability during operation. Made from high-quality aluminum oxide or zirconia abrasives, these wheels offer fast material removal, durability, and heat resistance, reducing the risk of workpiece damage. Commonly used in fabrication, construction, and metalworking industries, MS depressed center wheels provide efficient grinding performance, smooth operation, and extended lifespan, making them ideal for professional and industrial applications.

Leather Trizact Belts are high-precision abrasive belts designed for fine finishing, polishing, and sharpening applications. These belts combine premium leather backing with 3M Trizact structured abrasives, ensuring a consistent, uniform finish with minimal heat buildup. Ideal for knife sharpening, metal finishing, and woodworking, they provide superior cutting action and long-lasting performance. The micro-replicated abrasive structure enhances durability and maintains sharpness over extended use. Available in various grits and sizes, Leather Trizact Belts deliver a smooth, refined surface finish while reducing material loss. They are widely used in custom blade making, tool honing, and precision polishing industries.

Established in the year 1978, Ambica Trading Corporation is one of the famous names in the market. The ownership type of our company is a sole proprietorship. The head office of our business is located in Bengaluru, Karnataka. Enriched by our vast industrial experience in this business, we are involved in wholesaling and trading an enormous quality range of Abrasive Belt, Abrasive Wheel and many more. Our quality integrated range is the output of the combination of the hard work of our hard-working manpower and the contemporary techniques that we own as our pride.

Established in the year 1978, Ambica Trading Corporation is one of the famous names in the market. The ownership type of our company is a sole proprietorship. The head office of our business is located in Bengaluru, Karnataka. Enriched by our vast industrial experience in this business, we are involved in wholesaling and trading an enormous quality range of Abrasive Belt, Abrasive Wheel and many more. Our quality integrated range is the output of the combination of the hard work of our hard-working manpower and the contemporary techniques that we own as our pride.

Features:

• Premium quality
• Affordable prices
• Long service life

Cutting wheels, also known as cut-off wheels or cutting discs, come in various types depending on the material they are made from, their size, and their intended application. Here are the primary types of cutting wheels:

1. Abrasive Cutting Wheels: Made from abrasive materials like aluminum oxide, silicon carbide, or zirconia alumina. They are commonly used for cutting metal, stone, and concrete.

2. Diamond Cutting Wheels: These have diamond particles embedded in the wheel and are used for cutting hard materials like glass, ceramics, and stone. They are particularly effective for precision cutting.

3. Resin Bonded Cutting Wheels: These wheels use a resin bond to hold the abrasive particles together. They are versatile and used for cutting a variety of materials including metals and plastics.

4. Metal Cutting Wheels: Specifically designed for cutting metal, these wheels are usually made from aluminum oxide or zirconia alumina. They are durable and can cut through hard metals efficiently.

5. Masonry Cutting Wheels: Designed for cutting masonry materials like brick, stone, and concrete. They are typically made from silicon carbide.

6. Super Thin Cutting Wheels: These are designed for precise and fast cutting with minimal material loss. They are often used in metalworking and automotive applications.

7. Chop Saw Cutting Wheels: Larger wheels used on chop saws for cutting metal, concrete, and other materials. They are designed to withstand high cutting forces.

8. Rail Cutting Wheels: Specifically designed for cutting through railway tracks. These wheels are robust and can handle the high stress and heat generated during cutting.

Each type of cutting wheel is designed with specific materials and applications in mind, ensuring optimal performance and safety for different cutting tasks.