Innopower Ceramic fiber brush - aluminum alloy polishing special
Efficient, durable, and precise metal surface treatment solutions
Product Introduction
Ceramic grinding brush is a brush tool used in industrial processing, which uses ceramic fiber bristles and is mainly used for polishing and surface treatment of aluminum alloys. Ceramic grinding brushes are mainly installed on CNC machines for polishing, achieving automation at low cost, improving efficiency, maintaining quality stability, reducing the entire processing time, and lowering personnel costs.
Product Features
Efficient and Secure
Using ceramic fiber bristles to quickly remove the oxide layer, with high grinding efficiency and no damage to the workpiece, effectively improving the product qualification rate;
Global adaptation
The bristles are flexible and have strong extensibility, which can perfectly fit irregular parts and complex surfaces, achieve uniform polishing, and ensure consistent gloss;
Durable and energy-saving
Ceramic fiber thread has high wear resistance, long service life, reduces replacement frequency and consumables costs, and ensures efficient and continuous production;
Environmentally friendly
Support wet throwing operations to reduce dust from the source; The bristles can be recycled, reducing industrial waste and improving the working environment.
Technical Specifications
| Mesh Size | Brush Face Diameter(mm) | Shank Diameter(mm) | Usage Effect | Applicable Material |
|---|---|---|---|---|
| 60#-3000# | 6-25mm | 4-12mm | Polishing | Aluminum alloy |
| customizable | customizable | customizable | Cutting mark removal/burrs/polishing | customizable |
Widely used
- Suitable equipment: Suitable for automation equipment such as CNC, composite machine tools, specialized machine tools, robots, etc, and water needs to be added for cooling during use.
- Applicable industries: precision machining industry, 3C industry, automotive industry, and aviation industry.
Precautions for use
- Before use, it is necessary to check whether the brush head has any damage such as loose bristles or cracked brush handle. If there are any abnormalities, they should be replaced immediately to avoid damaging the workpiece or causing safety issues during processing.
- Based on the material hardness, burr size, and precision requirements of the aluminum alloy workpiece, confirm whether the selected ceramic grinding brush matches the mesh size and specifications. It is not recommended to mix unsuitable models.
- Operators are required to wear protective equipment, including dust masks (to prevent inhalation of dust generated during grinding), protective goggles (to avoid splashing debris and eye injuries), and anti slip gloves (to enhance operational stability and prevent hand scratches).
- Operation parameter control: control the machining speed; Maintain even and gentle pressure during operation to avoid excessive pressure; Control processing time.
- Prohibit the use of pneumatic rotating tools.
- After processing, it is necessary to promptly clean the residual dust and aluminum shavings on the surface of the brush head to avoid residual impurities blocking the abrasive gap and affecting the next use effect.
Why choose our polyurethane polishing head?
Shenzhen Innopower New Materials Technology Co.,Ltd. possesses robust R&D capabilities, with a team led by a director with over 20 years of experience in the abrasives industry. The company has independently mastered ceramic fiber brush filaments and polyurethane formulations, continuously refining its products for compatibility across diverse scenarios. The sales team has in-depth market knowledge and provides precise recommendations for deburring grinding heads and ceramic fiber brushes. The experienced after-sales team ensures swift response to guarantee production continuity and offers customized polishing solutions. Upholding the mission of providing efficient and high-quality solutions for the manufacturing industry, choosing LiChuang enables efficient, stable, and cost-effective metal processing. For inquiries: +86 134 3133 4931.






















