Product Introduction
Ceramic Cut Off Wheels are specialized cutting tools for hard materials like ceramics, glass-fiber reinforced plastics, minerals, and rocks. They use high-quality diamond as abrasive, bonded to the wheel by metal or resin, to ensure maximum cutting performance. These wheels come in high and low concentration types, suitable for different cutting needs: high concentration for general and composite material cutting, low concentration for brittle materials like mineral samples, rocks, glass, and ceramics.
Product Advantages
Outstanding Wear Resistance
Ceramic Cut Off Wheels are renowned for their exceptional wear resistance, primarily due to the ceramic material they employ. Ceramic boasts a hardness significantly greater than traditional metal cutting wheels. During the cutting process, ceramic cutting wheels can withstand wear, maintaining a sharp edge and thus significantly extending their service life. Compared to traditional metal cutting wheels, ceramic cutting wheels offer a lifespan that is two to three times longer, drastically reducing replacement frequency and maintenance costs.
High-Precision Cutting
Benefiting from the stability and hardness of ceramic material, Ceramic Cut Off Wheels enable high-precision cutting. Whether dealing with complex shapes or demanding extremely high surface quality, ceramic cutting wheels can handle them with ease. Their cutting surface roughness Rz can be below 1µm, ensuring the workpiece is smooth and burr-free after cutting. This high-precision cutting not only enhances product quality but also reduces subsequent processing steps, boosting production efficiency.
High-Temperature Resistance
Ceramic material exhibits excellent high-temperature resistance, allowing Ceramic Cut Off Wheels to remain stable in high-temperature environments. During the cutting process, due to friction and heat accumulation, the cutting wheel may be subjected to extremely high temperatures. However, ceramic cutting wheels can maintain stable performance in high-temperature environments of several thousand degrees without thermal deformation affecting cutting accuracy.
Chemical Stability
Ceramic material also demonstrates good chemical stability, capable of resisting corrosion from various chemicals. During the cutting process, various chemicals may remain on the workpiece surface, such as cutting fluid and grease. Ceramic cutting wheels, however, can resist the corrosion of these chemicals, preserving their sharp edge and cutting performance.
Efficient Cutting
Due to the hardness and stability of ceramic material, Ceramic Cut Off Wheels achieve efficient cutting. Under the same cutting conditions, ceramic cutting wheels offer higher cutting speeds and consume less energy compared to traditional metal cutting wheels. This not only improves production efficiency but also reduces energy costs, with ceramic cutting wheels increasing cutting efficiency by over 30% while decreasing energy consumption by 10% to 15%.

Ceramic Cut Off Wheels For Stainless Steel, Inox, Steel
|
Dimensions |
R.P.M |
MAX Speed |
Application |
|
|
Inches |
mm |
|
|
|
|
4×3/64×5/8 |
105×1.0x16 |
15,300 |
80M/S |
Stainless Steel, Inox, Steel |
|
4 1/2×3/64×7/8 |
115×1.0x22.23 |
13,300 |
80M/S |
Stainless Steel, Inox, Steel |
|
5×3/64×7/8 |
125×1.0x22.23 |
12,250 |
80M/S |
Stainless Steel, Inox, Steel |
|
6×1/16×7/8 |
150x1.6x22.23 |
10,200 |
80M/S |
Stainless Steel, Inox, Steel |
|
7×1/16×7/8 |
180x1.6x22.23 |
8,500 |
80M/S |
Stainless Steel, Inox, Steel |
|
9×5/64×7/8 |
230x1.9x22.23 |
6,650 |
80M/S |
Stainless Steel, Inox, Steel |

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