Aquacid 105NS is an organophosphate with multifunctional properties like sequestration of hardness salts and heavy metals, deflocculation, threshold inhibition and hydrolytic stability as a single active ingredient. Because of the…
Aquacid 1095 EX is an organophosphate, that offers multiple properties like sequestration, deflocculation, threshold Inhibition, and hydrolytic stability as a single active ingredient leading to multiple applications.
Aquacid 108NS is a special grade of Amino trimethylene phosphonic acid certified by NSF for drinking water treatment applications. It is a cost-effective organophosphate exhibiting sequestration of hardness ions, and…
Aquacid-106NS is a special grade of partially neutralized salt of DETMP certified by NSF for drinking water treatment applications. Aquacid-106NS exhibits excellent sequestration of metal ions at stoichiometric concentrations and…
BAYPURE® DS 100/40% is a polyaspartic acid sodium salt (40% in water). BAYPURE DS 100/40% is an effective dispersant and scale inhibitor in the following industries: detergents, HI&I cleaners, waste water treatment and cooling/process water treatment. BAYPURE DS 100/40% is stable in neutral to alkaline solutions, but not to chlorine.
BAYPURE® DS 100 Solid G is a polyaspartic acid sodium salt in spray dried granule form. BAYPURE DS 100 Solid G is an effective dispersant and scale inhibitor in the following industries: detergents, HI&I cleaners, waste water treatment and cooling/process water treatment. BAYPURE DS 100 Solid G is stable in neutral to alkaline solutions, but not to chlorine.
BAYPURE ® CX 100 Solid G is a tetrasodium iminodisuccinate (IDS-Na4) salt in spraydried granule form. BAYPURE CX 100 Solid G is a medium-strong chelant for metal cations. The main functions include scale deposit removal, water softener and stabilizing bleaching agents. BAYPURE CX 100 Solid G is used in detergents, HI&I cleaners, soaps/shampoos and dish-washing agents. The product is stable in neutral to strongly alkaline solutions, but not to chlorine.