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Super Thin Cutting Wheels
Designed for precision cutting applications, the Super Thin Cutting Wheel delivers fast, clean, and accurate cuts with minimal material loss. Manufactured using premium abrasives such as White Fused Alumina and Single Crystal Fused Alumina, reinforced with high-strength fiberglass mesh, these cutting wheels offer excellent sharpness, durability, and stability. They are particularly suitable for stainless steel, alloy steel, and other high-value metals where cutting quality and efficiency are equally important.
Description
Unlike conventional cutting discs, a super thin cutting wheel is engineered with an ultra-thin profile that minimizes cutting resistance. This allows the wheel to pass through the material more easily, reducing friction, heat generation, and burr formation while preserving more of the workpiece.
For industries where every millimeter of material matters, such as stainless steel fabrication, food-grade equipment manufacturing, and precision metalworking, a thinner cutting wheel can significantly improve productivity and reduce material waste.
Product Features & Advantages
Fast and Precise Cutting Performance
The combination of premium abrasive grains and an optimized bonding system enables the wheel to cut quickly while maintaining excellent accuracy. Operators can achieve smooth, straight cuts with less effort and reduced vibration.
Lower Material Loss and Heat Generation
The ultra-thin design removes less material during cutting, helping reduce kerf width and preserve expensive metals. Lower friction also minimizes heat buildup, reducing discoloration and thermal damage to stainless steel.
High Strength Reinforcement
Each wheel is reinforced with fiberglass mesh to provide excellent stability during high-speed operation. Single-mesh wheels deliver outstanding cutting sharpness, while double-mesh versions offer greater resistance to bending and impact in demanding applications.
Long Service
Life
High-quality abrasives maintain sharp cutting edges for longer periods, reducing wheel replacement frequency and improving overall production efficiency.
Product Specifications
Custom sizes and specifications are available upon request.
| Order No. |
Size (mm)
|
Inch
|
Pieces/Carton
|
Gross Weight (kg)
|
Max. Speed |
| RW-41WA1051.2 | 105 × 1.2 × 16 | 4" × 3/64" × 5/8" | 600 | 14 | 80 m/s |
| RW-41WA1071.2 | 107 × 1.2 × 16 | 4" × 3/64" × 5/8" | 600 | 14 | |
| RW-41WA1151.2 | 115 × 1.2 × 22.23 | 4.5" × 3/64" × 7/8" | 600 | 16 | |
| RW-41WA1251.2 | 125 × 1.2 × 22.23 | 5" × 3/64" × 7/8" | 600 | 19 | |
| RW-41WA1501.6 | 150 × 1.6 × 22.23 | 6" × 1/16" × 7/8" | 400 | 27 | |
| RW-41WA1801.6 | 180 × 1.6 × 22.23 | 7" × 1/16" × 7/8" | 200 | 20 | |
| RW-41WA2302 | 230 × 2 × 22.23 | 9" × 1/12" × 7/8" | 100 | 20 |
Single Mesh vs Double Mesh – Which One Is Right for You?
Selecting the correct reinforcement structure is just as important as choosing the wheel size.
Single Mesh Cutting Wheel
Single-mesh wheels are designed for users who prioritize cutting speed and low cutting resistance. Their lighter structure allows for quicker penetration into the material, making them ideal for thin-wall stainless steel tubes, sheet metal, and precision fabrication.
Best suited for:
● Stainless steel sheets
● Thin-wall tubing
● Precision fabrication
● Daily maintenance work
Double Mesh Cutting Wheel
Double-mesh wheels incorporate an additional layer of fiberglass reinforcement, providing greater strength and stability during demanding operations. They are better suited for continuous industrial use and tougher cutting conditions.
Recommended for:
● Thick stainless steel sections
● Structural steel
● Continuous production lines
● Heavy-duty industrial cutting
Materials Suitable for Cutting
The Super Thin Cutting Wheel is designed to handle a wide range of ferrous and non-ferrous metals while maintaining clean cutting performance.
Stainless Steel
Produces clean edges with minimal discoloration, making it ideal for food processing equipment, medical devices, architectural fabrication, and decorative stainless steel products.
Carbon and Alloy Steel
Suitable for cutting steel plates, pipes, bars, and profiles commonly used in fabrication workshops and construction projects.
Non-Ferrous Metals
Can be used on aluminum, copper, brass, and other soft metals with appropriate operating techniques, delivering smooth cuts and reduced burr formation.
Thin-Wall Metal Components
The narrow kerf minimizes deformation, making the wheel an excellent choice for lightweight metal structures and precision assemblies.
Super Thin Cutting Wheel vs Standard Cutting Wheel
For manufacturers processing stainless steel or precision components, super thin cutting wheels often provide a better balance of speed, quality, and material savings.
| Feature | Super Thin Cutting Wheel | Standard Cutting Wheel |
| Cutting Speed | Faster | Standard |
| Material Loss | Lower | Higher |
| Heat Generation | Less | More |
| Burr Formation | Minimal | More likely |
| Cutting Precision | High | Moderate |
| Suitable for Stainless Steel | Excellent | Good |
| Cutting Force Required | Lower | Higher |
Common Applications
You can check if this is the chant you need based on the application.
Stainless Steel Fabrication
Ideal for cutting stainless steel sheets, pipes, profiles, and fabricated components while maintaining clean edges that require minimal secondary finishing.
Automotive and Transportation
Used for cutting exhaust systems, chassis components, body panels, and other precision metal parts during manufacturing and repair.
Metal Fabrication Workshops
Suitable for routine cutting operations involving steel, alloy steel, and non-ferrous metals in fabrication shops and maintenance facilities.
Industrial Maintenance and Installation
Widely applied in equipment installation, pipeline construction, machinery maintenance, and on-site repair work where fast, reliable cutting is required.
Storage and Safe Operation
To maximize performance and safety:
● Store wheels in a dry, well-ventilated environment away from moisture.
● Inspect each wheel before use and do not use damaged products.
● Operate only within the rated maximum speed.
● Always wear appropriate eye, face, and hand protection.
● Allow the wheel to cut naturally without excessive pressure to prevent premature wear.
Proper storage and handling help maintain cutting performance and extend product life.
Everything You Need to Know
For any other questions, please contact customer service. We are always here to assist you.
Why choose a super thin cutting wheel instead of a standard wheel?
A super thin cutting wheel provides faster cutting, lower material loss, less heat generation, and cleaner edges, making it ideal for precision work and stainless steel fabrication.
What is the difference between single mesh and double mesh wheels?
Single-mesh wheels focus on cutting speed and reduced resistance, while double-mesh wheels offer greater strength, impact resistance, and stability for demanding industrial applications.
Can these wheels be used on carbon steel?
Yes. They are suitable for stainless steel, carbon steel, alloy steel, and many other metal materials.
Are customized sizes available?
Yes. We can provide customized dimensions, specifications, branding, and packaging according to customer requirements.
Cut Faster. Waste Less. Finish Better.
Whether you're fabricating stainless steel, processing alloy metals, or supplying industrial cutting solutions, our Super Thin Cutting Wheels are designed to deliver clean cuts, longer service life, and dependable performance. Contact us today for technical support, OEM services, samples, or a customized quotation tailored to your application.
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