| Abrasive Grain Sizes: | #400-#60000 |
|---|---|
| Usage: | For Super mirror polishing,General brightness,Coarse grinding |
| Material: | Synthetic Diamond powder |
| Brand Name: | Boreas |
| color: | Green,yellow,grey,etc |
| Model Number: | BDP-2000/3000/5000 |
| Place of Origin: | China (Mainland) |
| Place of Origin: | Henan, China |
| Usage: | Fine Grinding, Polishing, Abrasive, polishing, cutting |
| Color:: | Customized |
| Packing: | 5g or 10g/syringe |
| MOQ: | 5 piece |
| Delivery Time:: | 5-7 workday |
| Sample:: | Available |
| Application: | Polishing Workpiece |
| Work piece: | Metal,stainless steel,gemstone |
| Abrasive: | Diamond Micron Powder |
Quick Details
Specifications
Water-soluble diamond lapping compound:*Good wettability; *Low viscosity, easy to cut; *Low grinding heat; *High processing efficiency;
*It is mainly used for precision Engineering and Electronic; also suitable for the preparation of tools and dies that will be subsequently electroplated or chemically or physically coated.
Oil-soluble diamond lapping compound:*Oil-based carrier with superior lubricant qualities to improve the surface finish; *Stable to 200°C, allowing work on un-cooled molds; *Easy removal, high processing efficiency; *It is suitable for circuit boards, glass & ceramics, gemstones, agate slightly corrosive metals;
Water and Oil Soluble Dual-Use Type:Excellent lubricity, fast cooling speed, no pollution, and no corrosion
*It is mainly used for precision Engineering and Electronic; also suitable for the preparation of tools and dies that will be subsequently electroplated or chemically or physically coated.
Oil-soluble diamond lapping compound:*Oil-based carrier with superior lubricant qualities to improve the surface finish; *Stable to 200°C, allowing work on un-cooled molds; *Easy removal, high processing efficiency; *It is suitable for circuit boards, glass & ceramics, gemstones, agate slightly corrosive metals;
Water and Oil Soluble Dual-Use Type:Excellent lubricity, fast cooling speed, no pollution, and no corrosion
