We can supply sodium tripolyphosphate, potassium pyrophosphate, and potassium tripolyphosphate for detergent applications.
Phosphate in the detergent used as additives to add, mainly sodium tripolyphosphate, sodium pyrophosphate and because SHMP are easy to absorb moisture, should not be allocated into the powder products, only in certain special the use of technology.
Sodium tripolyphosphate in the water can be chelated calcium and magnesium ions into soluble compounds, which play the role of softened water. Of calcium ion sequestration capacity to six metaphosphate as the greatest of magnesium ions with sodium pyrophosphate for optimal four of calcium and magnesium ions chelating ability between the two.
Phosphate can also re-dissolved calcium and magnesium salts and insoluble fiber in the mixture before washing down the process of residual insoluble calcium soap, phosphate, etc., thus increasing the detergent ability.
All of the polymerization of phosphate, especially polyphosphate three (now three poly potassium phosphate applications become more and more widely) on the surfactant effect of such mutual promotion of the role will be referred to as synergy.
In addition, dust, etc. are still capable of making happen insoluble anti-flocculation (ie peptization) the role of maintaining the status suspended and will enable the oil-like emulsion.
Now every country in the restriction of phosphate in detergent use. At the provisions of the United Kingdom in 2015 to add the prohibition of phosphate detergents. Our country provides the quality of total phosphate (P2O5) should not exceed 1.1%. Non-phosphorus detergent are the future development trend.
We manufacture and supply sodium tripolyphosphate, potassium pyrophosphate, and potassium tripolyphosphate for detergent applications.