Product Introduction
Aluminum Oxide Fiber Discs, also known as alumina fiber discs, are high-performance grinding tools. They are made mainly from aluminum oxide fibers and produced by special processes. These discs have high hardness, good wear resistance, and heat resistance, allowing for efficient grinding and polishing of various hard materials at high speeds. Their unique fiber structure prevents deformation during grinding, maintaining shape stability and ensuring consistent and precise grinding results.
Product Advantages
Excellent Wear Resistance
Aluminum Oxide Fiber Discs stand out for their exceptional wear resistance, attributed to the premium aluminum oxide fiber material used. Aluminum oxide boasts high hardness and a stable structure, maintaining a sharp edge under high-speed friction and minimizing wear. Compared to traditional sandpaper or grinding wheels, Aluminum Oxide Fiber Discs offer a lifespan extension of up to 50%, implying less frequent replacements and lower maintenance costs, thus enhancing production line efficiency.
High-Efficiency Cutting and Grinding
Thanks to the high hardness and sharp cutting edges of the aluminum oxide fibers, Aluminum Oxide Fiber Discs rapidly remove material surfaces during cutting and grinding, boosting operational efficiency. When compared to traditional tools, using Aluminum Oxide Fiber Discs reduces cutting and grinding time by over 30%, significantly improving work efficiency and production capacity.
Strong Self-Sharpening Ability
Aluminum Oxide Fiber Discs exhibit outstanding self-sharpening properties, meaning that during use, the fiber structure continuously exposes new sharp edges, maintaining stable cutting and grinding performance. This characteristic mitigates the decline in cutting efficiency due to blade dulling, ensuring efficient cutting and grinding throughout the entire operational cycle.
Low Thermal Conductivity
Aluminum oxide fibers possess low thermal conductivity, which means that during cutting and grinding, the heat generated is not easily transferred to the workpiece, reducing the risk of thermal damage. This helps protect the integrity of the workpiece surface, enhancing processing quality, especially suitable for applications requiring high surface finish.
Adaptability to Complex Curved Surfaces
Adopting a fiber structure, Aluminum Oxide Fiber Discs offer certain flexibility and elasticity, better conforming to complex curved surfaces and irregular shapes. This adaptability makes Aluminum Oxide Fiber Discs more efficient when handling curved workpieces, minimizing cutting unevenness caused by shape mismatches.
Aluminum Oxide Fiber Discs
|
Wheel Size (D x H) |
R.P.M |
Grit |
Material |
|
|
Inches |
mm |
|
|
|
|
4"x 5/8" |
100×16 |
15,300 |
16-180 |
Aluminum Oxide |
|
4.5" x 7/8" |
115×22 |
13,300 |
16-180 |
Aluminum Oxide |
|
5" x 7/8" |
125×22 |
12,250 |
16-180 |
Aluminum Oxide |
|
6" x 7/8" |
150×22 |
10,200 |
16-180 |
Aluminum Oxide |
|
7" x 7/8" |
180×22 |
8500 |
16-180 |
Aluminum Oxide |


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