ION EXCHANGE RESIN

Ion Exchange Resin Water Treatment Provider In Navi Mumbai

Tulsion-T-40


STRONG ACID CATION EXCHANGE RESIN SODIUM CYCLE
TULSION® T-40 is a strong cation exchange resin of polystyrene sulphonated type supplied in sodium form, specially developed for industrial and domestic softening applications.

TULSION® T-40 has combined properties of high exchange capacity, with excellent physical and chemical properties under varied operating conditions.

Tulsion-T-42 NA


TULSION® T-42 is a premium quality strong acid cation exchange resin containing nuclear sulphonic acid groups having high exchange capacity, combined with excellent physical and chemical stability and operating characteristics.

It is ideally suited for use in a wide range of pH and temperature conditions ;also their is an ion exchange water treatment in Mumbai
TULSION® T-42 is supplied in hydrogen form for two stages and mixed bed demineralization and in sodium form for softening. TULSION® T-42 is also used for de-alkalization and chemical processing

Tulsion-T-42H


TULSION T-42 is a premium quality strong acid cation exchange resin containing nuclear sulphonic acid groups having high exchange capacity, combined with excellent physical and chemical stability and operating characteristics.

It is ideally suited for use in a wide range of pH and temperature conditions.
TULSION T-42 is supplied in hydrogen form for two stages and mixed bed demineralization and in sodium form for softening. TULSION T-42 is also used for de-alkalization and chemical processing

Tulsion-A-23


TULSION® A-23 is a strong base anion exchange resin based on polystyrene matrix, containing quaternary ammonium Type I group.

TULSION® A-23 has excellent chemical and operating characteristics along with excellent physical properties due to its crack-free nature. TULSION® A-23 has a good operating capacity for weak acids like silicic and carbonic along with strong mineral acids, when used in water treatment along with strong acid cation exchange resin Tulsion® T-42. It is ideally suited for use in a wide range of pH and temperatures.
TULSION® A-23 is supplied as moist spherical bead in the chloride form with a particle size distribution to provide good kinetics and minimum pressure drop.

Tulsion-A-32


TULSION-A-32 is a ‘Tough Gel’ strong base anion exchange resin based on polystyrene matrix containing quaternary ammonium Type II groups.

TULSION A-32 has excellent physical characteristics due to its crack-free nature. TULSION® A-32 has slightly lower basicity than Type I resin and as such shows greater regeneration efficiency and operating capacity at equivalent regeneration levels compared to Type I resins.
TULSION A-32 is recommended where removal of strong as well as weak acids is necessary at high regeneration efficiencies. However, due to slightly lower basicity, silica leakage is marginally higher compared of Type I anion resin when used in two bed systems along with strong acid cation exchanger TULSION T-42 in hydrogen form. It is suited for use in a wide range of pH and temperature conditions. The bead surface of TULSION A-32 is cracks free and hence it exhibits very high bead trength. TULSION® A-32 is supplied in chloride form.

Tulsion-A-36


TULSION®-A-36 MP is a highly efficient and durable strong base type II macroporous anion exchanger offering an exceptionally high operating capacity equivalent to gel type anion resin.

TULSION® A-36 MP has slightly lower basicity than Type I resins and as such shows greater regeneration efficiency and operating capacity at equivalent regeneration levels compared to Type I resins. The macroporous nature of TULSION® A-36 MP ensures consistent long-term performance in demineralization and de-alkalization of water. TULSION® A-36 MP is recommended where removal of strong as well as weak acids is necessary at high regeneration efficiencies. However, due to slightly lower basicity, silica leakage is marginally higher compared to Type I anion resins.

Tulsion-A-27 MP GEL


TULSION® A-27 MP is a highly efficient and durable strong base Type I macroporous anion exchange resin having capacity equivalent to gel type anion resin.

TULSION® A-27 MP belongs to the second generation macroporous ion exchange resins which have a distinctly different matrix structure from that of the gel type and conventional macroporous resins. TULSION® A-27 MP has a controlled pore structure which provides high operating capacity when used in demineralization of water along with strong acid cation exchanger TULSION® T-42 in hydrogen form in two bed or mixed bed units.TULSION® A-27 MP is capable of reducing both strong and weak acids to very low levels. It is ideally suited for use in a wide range of pH and temperature conditions. TULSION® A-27 MP is supplied in chloride form.

Tulsion-MB-106


TULSION® MB-106 is a mixture nuclear grade strongly acidic cation exchange resin TULSION® T-46 in Hydrogen form and nuclear grade strongly basic anion exchange resin TULSION® A-33 in hydroxide form in stoichiometric equivalent quantities.

TULSION® MB-106 is designed for use in the final polishing of circulating water in the nuclear power industry. These resins combine high capacity with excellent physical properties.
TULSION® MB-106 resin is a Nuclear Grade Resin and manufactured using special processing procedure to produce material of ultimate purity meeting the exacting demands of the nuclear industry.
TULSION® MB-106 is recommended in any non-regenerable mixed bed application where reliable production of the highest quality water is required and where the supplied resin must have an absolute minimum of ionic and non-ionic contamination.

Tulsion-MB-110


TULSION MB-110 is a mixture of gel type strong acid cation exchange resin TULSION T-46 in Hydrogen form and gel typs strong base anion exchange resin TULSION A-27 in hydroxide form in 1:2 volumetric ratio.

TULSION MB-110 is designed for use in the production of water of the highest quality.TULSION MB-110 is the ideal choice for the electronic industry and high quality water for analytical work.This resin combines high capacity with excellent physical properties.