Description
The polishing treatment of glass, granite, marble, concrete, and sand blocks usually uses specialized tools such as electroplated diamond hand polishing pads. These polishing pads play an important role in material processing and surface treatment, as they can efficiently remove rough layers from material surfaces, improve surface smoothness and flatness, and meet various process and application requirements.
SpecificationsElectroplated Diamond Hand Polishing Pads for Glass Granite Marble Concrete Sanding Blocks
Place of Origin
|
China |
Brand Name
|
Jiangsu Xingzuan Superhard Material Technology Co., Ltd |
Certification
|
CNIPA |
Abrasive
|
Diamond |
Bond
|
Electroplated bond |
Abrasive Grit Size
|
150# |
Length
|
93mm
|
Width
|
57mm
|
Height
|
30mm
|
Net Weight
|
5g
|
Minimum Order Quantity
|
10pcs |
Delivery Time
|
30 days from advance payment |
Supply Ability
|
Support customization |
Payment
|
30% advance |
Applications
- In the polishing process of marble, granite, and other stones, electroplated diamond hand polishing pads can remove small bumps and scratches on the stone's surface, making it appear smooth like a mirror.
- During the polishing and grinding process of glass products, the polishing pad can remove defects and burrs on the surface of the glass, and improve the transparency and aesthetics of the glass products.
- In the surface treatment of concrete and sand blocks, polishing pads can remove rough layers and uneven parts on the surface, improving their appearance and performance.
Competitive Advantage
- The surface of the polishing pad is electroplated with diamond particles, which have excellent wear resistance and cutting ability, and can effectively remove hard layers and defects on the material surface.
- This polishing pad is usually designed for manual operation, making it easy for construction personnel to perform fine polishing treatment according to their needs.
- Suitable for polishing materials such as glass, granite, marble, concrete, sand blocks, etc., meeting different material and process requirements.
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