Sequestering Agents

A sequestering or chelating agent is a complex forming auxiliary chemical with metals such as Iron, Copper, Nickel, Zinc, and Magnesium that are present in water and affects the textile processing.

Product Name Short Description Description
CHELATIN-SA Sugar Acrylate Sequesterants

Sugar Acrylate based, multifunctional auxiliary developed as an efficient sequestering, dispersing (protective colloid) and chelating agent for all stages in wet processing

IRONSTRONG (CONC) Concentrated iron sequestering agent for scouring and bleaching

It acts as a preferential chelating agent for iron impurities originating from textile goods or from the water thereby preventing catalytic damage and degradation of cotton. It prevents formation of pin-holes.

QUEST-AMP Amino trimethylene phosphonic acid (ATMP) sequestering agent for scouring, bleaching and dyeing

It exhibits excellent sequestration of metal ions. It can be incorporated in various chemical water treatment, detergents and soaps. It can be used for bleaching of cellulosics and its blends.

QUEST-DMP Diethylene triamine pentamethylene phosphonic (DETMP) acid sequestering agent

It exhibits excellent sequestration of metal ions. It is a very good peroxide bleach stabilizer for cellulosics and its blends. It is also used in leather chemicals.

QUEST-HP Organophosphonate (HEDP) sequestering agent

It has high calcium, magnesium and iron chelation value. It is mainly used in bleaching of cellulosics and its blends, preventing catalytic damage and pin holes.

SARAQUEST-AO Sequestering agent

A high power sequestering agent specially developed for scouring as well as bleaching of cotton and polyester/cellulosic blends.

SARAQUEST-W sequestering agent

A high power sequestering agent specially developed for scouring as well as bleaching of cotton, terry towel and polyester/cellulosic blends.

SARAQUEST-W (CONC). Sequestering agent in powder form

A high power sequestering agent in powder form specially developed for scouring and bleaching of cotton and polyester/cellulosic blends.