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| Price | Negotiate |
| MOQ | 2 PCS |
| Delivery Time | 5 working days |
| Brand | Shine Abrasives |
| Place of Origin | CHINA |
| Certification | ISO |
| Model Number | 14A1 |
| Packaging Details | 1 pcs in one paper box |
| Payment Terms | L/C, T/T |
| Supply Ability | 100 PCS per week |
| Grit Size | 1200# | Place of Origin | CHINA |
| Shape | 14A1 | Diamond Rim Size | 10x5mm |
| Packaging Details | 1 pcs in one paper box | HS Code | 6804211000 |
| Model Number | 14A1 | Supply Ability | 100 PCS per week |
| Certification | ISO | Brand Name | Shine Abrasives |
| Payment Terms | L/C, T/T | Bond Type | Vitrified |
| Price | Negotiate | Delivery Time | 5 working days |
| Minimum Order Quantity | 2 PCS | Diameter | 14 inch 350mm |
Vitrified Bond Wheels Diamond 14A1 For PCD Tools Grinding Or Sharpening
Shine Abrasives Vitrified Bond Wheels Diamond 14A1 For PCD and PCBN Tools Grinding Or Sharpening.
Also for belows applications.
PCD cutting tips grinding
PCD Drill blades grinding
Reamer blades grinding
Machining wear-resistant tools
The drawing of Shine Abrasives Vitrified Bond Wheels Diamond 14A1
For PCD Tools Grinding Or Sharpening
Main sizes form of Shine Abrasives Vitrified Bond Wheels Diamond 14A1
For PCD Tools Grinding Or Sharpening
| Abrasive Material:Diamond | Bond Type:Vitrified |
| Diamond Grit:1200# | Wheel Diameter: 12inch 350mm |
| Wheel Bore:127mm | Wheel Weight:7kgs/PC |
| Wheel Thickness:5mm | Concentrate: 125% |
Other standard sizes also are available as requested.
Features of Shine Abrasives Vitrified Bond Wheels Diamond 14A1
For PCD Tools Grinding Or Sharpening
Most commonly employed in the grinding of PCD and PCBN tools,
Vitrifed Diamond grinding wheels have enabled polycrystalline tool fabricators to obtain excellent surface finishes, quickly and productively. Vitrified grinding wheels can also be used in the fabrication of natural diamond, as well as many dense ceramic materials.
The very nature of vitrified bonds allows for the custom tailoring of a grinding wheel structure specific to a customer's material and grinding process, resulting in an efficient grinding process where wheel life and cycle times are optimized for lowest costs and highest work piece quality.
