| Model | S12-700 | S12-700 |
| Phase | 3 | 3 |
| Voltage | 380V | 380V |
| Power | 15HP/11KW | 20HP/15KW |
| Inverter | 15HP/11KW | 20HP/15KW |
| Speed | 0-1500rpm |
| Work width | 70*70cm |
| Heads | 12 pieces |
| Grinding plate | 4 pieces |
| Water tank | 30L |
| NW(KG) | 480/500 |
| GW(KG) | 530/550 |
| Packing size(CM) | 1100x700x1340mm |
Detail picture:
1. 32A 380V 11KW 12 Heads Grinding Disks Hand Push Concrete Grinder with luminum alloy die-casts one body base plate.
2. It can use the dry and wet resin polishing pads, metal diamond grind blades.
3. Use helical gear to reduce the machine noise.
4. With storage bin can put the tools inside the machine.
Available abrasive:
Diamond resin pads
1. Wet polishing pad for wet grinding and polishing for the marble, granite, terrazzo and concrete floor.
2. Dry polishing pad for dry grinding and polishing for the marble, granite, terrazzo and concrete floor.
3. Renovation pad for wet grinding and polishing for the marble, granite, terrazzo and concrete floor.
Diamond grinding shoes for concrete terrazzo and epoxy floor
Metal diamond grinding discs for concrete terrazzo and epoxy floor
Metal diamond grinding blades for concrete terrazzo and epoxy floor
Tips:
The Properties of Industrial Diamonds in Polished Concrete
Both synthetic diamonds and natural diamonds have the same chemistry and structure, although synthetic diamonds tend to be more uniform in their characteristics because of the lack of impurities that may be found in natural diamonds. Diamonds are the hardest naturally occurring substance. Diamonds also have the highest thermal conductivity of any naturally occurring substance. Diamonds are generally clear and colorless, however, impurities may result in colored or cloudy diamonds.
Because diamonds are the hardest naturally occurring substance, they can be used for grinding, abrading, or cutting every other material, including other diamonds. Their high thermal conductivity also contributes to their effectiveness in grinding, abrading, and cutting by carrying heat away from the surface. This is important because the glazing of tool surfaces and blades occurs when the tool has been heated to the point that the tool surface melts.
When creating a polished concrete floors, the hardness and thermal conductivity make industrial diamonds ideal for use as an abrasive. Metal bond diamond abrasives are formed by sintering metal with diamonds with the level of abrasiveness. When the diamond abrasive is over 400 grit, generally for polishing concrete. This combines the hardness and heat transfer properties of diamonds with the strength and heat-dissipating properties of metal. These tools are key to a concrete polishing system that is efficient because fewer passes are required to polish concrete floors. Moreover, longer lasting tools mean less waste. Less waste, combined with environmentally friendly chemicals, creates a concrete polishing system that results in a sustainable polished concrete floor.
