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| Price | FOB |
| MOQ | 2 pcs |
| Delivery Time | 5 work days |
| Brand | Shine Abrasives |
| Place of Origin | China |
| Certification | ISO |
| Model Number | 4V2 1A1 14A2 6A2 |
| Packaging Details | one in paperbox |
| Payment Terms | L/C, T/T |
| Supply Ability | 1000 PCS in one week |
| Grit Size | 120 | amanda@moresuperhard.com | |
| Hs Code | 6804221000 | Packaging Details | one in paperbox |
| Abrasive Structure | customized | Supply Ability | 1000 PCS in one week |
| Abrasive | diamond | Minimum Order Quantity | 2 pcs |
| Wheel Diameter | Standard | Wheel Color | grey |
| Cbn Rim Size | 9x10mm | Diameter | 6 inches |
| Place of Origin | China | Wheel Hardness | Customized |
| Abrasive Concentration | customized | Coolant Type | Dry |
| Model Number | 4V2 1A1 14A2 6A2 | Certification | ISO |
| Working Condition | wet/dry | Brand Name | Shine Abrasives |
| Payment Terms | L/C, T/T | Suitable | inner surface |
| Thickness | 1 inch | Price | FOB |
| Delivery Time | 5 work days |
Vitrified Diamond grinding wheel is most commonly employed in the grinding of PCD and PCBN tools, and it also have enabled polycrystalline tool fabricators to obtain excellent surface finishes, quickly and productively. Vitrified grinding wheels can also be used in the fabrication of sapphire, as well as many dense ceramic materials and so on.
| Grit Size | Machining Type | Application |
| D22 | Rough | Regeneration grinding a blade edge, profiling and sharpening of worn inserts. |
| D15 | Universal | Standard grain size - there is a possibility of obtaining a high sharpening efficiency and good quality machined surfaces by taking advantage of additional spark-out passes. |
| D9 | Finish | Finishing grinding - obtaining a very good quality of machined surfaces. |
| D6 | Superfinish | Superfinish grinding - obtaining a brilliant quality of machined surfaces. |
Any nonstandard size and grits size can customised.
The hardness of the sintered matrix is mainly related to the properties of the metal powder particles, structural uniformity, interface bonding strength and densification degree (porosity). The oxygen content of metal powder has no significant effect on the hardness of sintered samples. If the oxides inside the powder are distributed in a dispersed state, it will increase the lattice distortion energy inside the powder particles and increase the hardness of the particles.
