Product variants:
- MA.G.A./C 276 XS IBC 1000 kg
- MA.G.A./C 276 XS IBC 1100 kg
- MA.G.A. /C 167 IBC 1100 kg
- MA.G.A. /C 283 XS IBC 1000 kg
- MA.G.A. /C 283 XS IBC 1100 kg
- MA.G.A./C 256 SJW IBC 1000 kg
- MA.G.A./C 256 SJW IBC 1100 kg
- MA.G.A/C 226 SBJ IBC 1000 kg
- MA.G.A/C 226 SBJ IBC 1100 kg
Mapei Grinding Aid / C Cement Inhibitor Pack
MA.GA/C are high performance grinding aids generally used to increase mill output and improve cement quality.
They are highly concentrated additives formulated only with selected raw materials, to guarantee absolute constancy of quality and superior performance.
MA.G.A./C, thanks to their polar nature, notably reduce the attraction forces of cement particles which are the main cause of agglomeration inside tubular mills. They are also able to modify the hydrated structure of cement and to improve strengths.
The disappearance or the remarkable reduction of agglomeration phenomena favourably modifies the granulometric curve of the finished product with a consequent beneficial effect on the strengths and efficiency of the separation.
It is therefore possible to obtain important production increases (savings in kWh/t) or, at the same production, improvements of the specific surface of the finished cement.
Specific formulations allow the modification of the hydration products of the cement increasing the early and/or ultimate strengths.
Product variants:
- MA.G.A./C 276 XS IBC 1000 kg
- MA.G.A./C 276 XS IBC 1100 kg
- MA.G.A. /C 167 IBC 1100 kg
- MA.G.A. /C 283 XS IBC 1000 kg
- MA.G.A. /C 283 XS IBC 1100 kg
- MA.G.A./C 256 SJW IBC 1000 kg
- MA.G.A./C 256 SJW IBC 1100 kg
- MA.G.A/C 226 SBJ IBC 1000 kg
- MA.G.A/C 226 SBJ IBC 1100 kg
Mapei Grinding Aid / C Cement Inhibitor Pack
MA.GA/C are high performance grinding aids generally used to increase mill output and improve cement quality.
They are highly concentrated additives formulated only with selected raw materials, to guarantee absolute constancy of quality and superior performance.
MA.G.A./C, thanks to their polar nature, notably reduce the attraction forces of cement particles which are the main cause of agglomeration inside tubular mills. They are also able to modify the hydrated structure of cement and to improve strengths.
The disappearance or the remarkable reduction of agglomeration phenomena favourably modifies the granulometric curve of the finished product with a consequent beneficial effect on the strengths and efficiency of the separation.
It is therefore possible to obtain important production increases (savings in kWh/t) or, at the same production, improvements of the specific surface of the finished cement.
Specific formulations allow the modification of the hydration products of the cement increasing the early and/or ultimate strengths.
Product variants:
- MA.G.A./C 276 XS IBC 1000 kg
- MA.G.A./C 276 XS IBC 1100 kg
- MA.G.A. /C 167 IBC 1100 kg
- MA.G.A. /C 283 XS IBC 1000 kg
- MA.G.A. /C 283 XS IBC 1100 kg
- MA.G.A./C 256 SJW IBC 1000 kg
- MA.G.A./C 256 SJW IBC 1100 kg
- MA.G.A/C 226 SBJ IBC 1000 kg
- MA.G.A/C 226 SBJ IBC 1100 kg
Mapei Grinding Aid / C Cement Inhibitor Pack
MA.GA/C are high performance grinding aids generally used to increase mill output and improve cement quality.
They are highly concentrated additives formulated only with selected raw materials, to guarantee absolute constancy of quality and superior performance.
MA.G.A./C, thanks to their polar nature, notably reduce the attraction forces of cement particles which are the main cause of agglomeration inside tubular mills. They are also able to modify the hydrated structure of cement and to improve strengths.
The disappearance or the remarkable reduction of agglomeration phenomena favourably modifies the granulometric curve of the finished product with a consequent beneficial effect on the strengths and efficiency of the separation.
It is therefore possible to obtain important production increases (savings in kWh/t) or, at the same production, improvements of the specific surface of the finished cement.
Specific formulations allow the modification of the hydration products of the cement increasing the early and/or ultimate strengths.