Thermax

Total Exchange Capacity: 1.8 meq/ml (min) · Moisture content: 52 ± 3% · Particle size (95% min): 0.3 to 1.2 mm

Thermax Tulsion T-42 H is a strong acid cation exchange resin with nuclear sulphonic acid groups, suitable for demineralization, softening.

Total Exchange Capacity: 1.8 meq/ml (min) · Moisture content: 52 ± 3% · Particle size (95% min): 0.4 to 1.2 mm

Thermax Tulsion T-42 UPS is a strong acid cation exchange resin featuring a polystyrene copolymer matrix with a nuclear sulphonic functional group in hydrogen ionic form.

Total Exchange Capacity: 1.8 meq/ml (min) · Moisture content: 52 ± 3% · Particle size (95% min): 0.4 to 1.2 mm

Tulsion T-42 H SM is a premium quality, strong acid cation exchange resin with a polystyrene copolymer matrix in hydrogen form for demineralization applications.

Total Exchange Capacity: 2.0 meq/ ml (min) · Moisture content: 45 ± 3% · Particle size (95% min): 0.3 to 1.2 mm

Thermax-Tulsion T-42 Na is a strong acid cation exchange resin with a polystyrene matrix, supplied in its sodium form. It features a total exchange capacity of 2.

Total Exchange Capacity (minimum): 2.0 meq/ml · Moisture content: 45 ± 3% · Particle size (95% min): 0.3 to 1.2 mm

Tulsion T-42 Na N is a premium grade, gel-type strong acid cation exchange resin with a sulfonic acid functional group.

Total Exchange Capacity: 2.0 meq/ml (min) · Moisture Content: 45 ± 3% · Particle Size (95% min): 0.4 to 1.2 mm

Thermax Tulsion T-42 Na SM is a strong acid cation exchange resin with a polystyrene copolymer matrix in a moist spherical bead form.

Total Exchange Capacity: 2.0 meq/ ml (min) · Moisture content: 45 ± 3% · Particle size (95% min): 0.4 to 1.2 mm

Thermax Tulsion T-42 Na UPS is a strong acid cation exchange resin with a polystyrene matrix supplied in sodium form. It has a minimum total exchange capacity of 2.

Total Exchange Capacity: 1.9 meq/ml (min) · Moisture Content: 48 ± 3% · Particle Size (95% min): 0.4 to 1.2 mm

This Thermax Tulsion T-52 UPS is a gel-type, strong acid cation exchange resin with excellent resistance to oxidizing agents.

Total Exchange Capacity: 2.1 meq/ml (min) · Moisture content: 43 ± 3% · Particle size (95% min): 0.4 to 1.2 mm

Thermax Tulsion T-52 Na UPS is a premium grade strong acid cation exchange resin in sodium form with a polystyrene copolymer matrix. This physically stable.

Total exchange capacity (min.): 2.2 meq / ml · Moisture %: 43 ± 3% · Particle size (min. 95%): 0.3 to 1.2 mm

This is a premium strong acid cation nuclear grade ion exchange resin with excellent resistance to oxidizing agents.

Total Exchange Capacity: 2.0 meq/ml (min) · Moisture content: 48 ± 3% · Particle size (95% min): 0.4 to 1.2 mm

Thermax T-56 H UPS is a strong acid cation exchange resin in hydrogen form, suitable for demineralization applications.

Total exchange capacity: 1.3 meq/ml min · Moisture content: 53 ± 3% · Particle size: 0.4 to 1.2 mm

This is a Type I strong base anion exchange resin for weak and strong acid removal. It offers excellent chemical and physical properties.

Total exchange capacity: 1.0 meq/ml min (90% minimum in OH form) · Moisture content: 70 ± 3% · Particle size: 0.4 to 1.2 mm

Thermax Tulson A-33 OH UPS is a premium grade, strong base anion exchange resin with a Type I quaternary ammonium functional group.

Total exchange capacity: 1.3 meq/ml min · Moisture content: 53 ± 3% · Particle size: 0.4 to 1.2 mm

Thermax Tulsion A-23 SM is a strong base anion exchange resin (Type I) designed for water treatment applications. This gel-type resin.

Total exchange capacity: 1.3 meq/ml min · Moisture content: 50 ± 3% · Particle size (95% minimum): 0.3 to 1.2 mm

Thermax Tulsion A-27 is a strong base Type I anion exchange resin with a polystyrene matrix and quaternary ammonium functional groups.

Total exchange capacity: 1.2 meq/ml min · Moisture content: 58 ± 3% · Particle size (95% minimum): 0.3 to 1.2 mm

The Tulsion A-27 MP is a macroporous strong base Type I anion exchange resin with a polystyrene copolymer matrix. It operates within a pH range of 0 to 14.

Total exchange capacity: 1.2 meq/ml min · Moisture content: 58 ± 3% · Particle size (95% minimum): 0.4 to 1.2 mm

Thermax Tulsion A-27 MP SM is a macroporous, strong base Type I anion exchange resin used in water treatment. It features a polystyrene copolymer matrix.

Total exchange capacity (minimum): 1.0 meq/ml · Moisture content: 52 ± 3% · Particle size (minimum. 95%): 0.3 to 1.2 mm

Thermax Tulsion A-62 MP N is a premium grade, macroporous strong base Type I anion exchange resin suitable for wide pH and temperature ranges.

Total exchange capacity: Combined capacity from T-46 H (1.8 meq/ml min of 99% in H form) and T-43 OH (1.0 meq/ml min of 90% in OH form) · Moisture content: 52 ± 3% (cation component), 68 ± 3% (anion component) · pH range: 0 to 14

Thermax Tulsion MB 106 is a premium mixed ion exchange resin designed for producing high-purity demineralized water.

Temperature stability: 120°C (cation component), 80°C (anion component) · pH range: 0 to 14 · Turbidity: < 2 NTU

This is a premium grade mixed ion exchange resin for treating primary circuit water in PWR nuclear power operations.

Turbidity: Less than 2 NTU · pH range: 0 to 14 · Free Chlorine: Not traceable

Thermax Tulsion MB 1518 is a mixed bed ion exchange resin designed for high-purity demineralized water production. It is formulated with a 1:1.

A-23P (Sulphite): For dissolved oxygen removal from very low conductivity water requirements

Thermax Tulsion T-52 is a high-capacity gel cation exchange resin used for domestic softening of chlorinated water.

Total exchange capacity: 1.3 meq/ml min · Moisture content: 55 ± 3% · Particle size (95% minimum): 0.4 to 1.2 mm

This is a weak base anion exchange resin with a polystyrene copolymer matrix and tertiary amine functional groups.

Total Exchange Capacity: 1.5 meq/ml min · Moisture Content: 47 ± 3% · Particle Size (95% minimum): 0.4 to 1.2 mm

Thermax Tulsion A 2X MP SM is a weak base anion exchange resin with a tertiary amine functional group and a polystyrene copolymer matrix. It offers superior kinetics.