TREVER®|LITE Ion Exchange Resins

TREVER®LITE ion exchange resins have been developed and optimized for use in industrial water applications, as well as a variety of specialty separations. These resins are supplied as gelular or macroporous spherical beads.

Selective resins are also available for metal removal, brine softening and recovery in hydrometallurgy (mining), ground water remediation and waste water treatment. These resins are generally supplied as macroreticular spherical beads with various types of functional groups.

The properties shown in the table are statistical typical values, not contractual specifications.

Trademark	Type¹	Capacity (eq/L)	Uniformity Coefficient	Remarks
TREVERLITE IXC100/Na	SAC	≥ 1.9	≤ 1.6	Standard softening (available in uniform particle size)
TREVERLITE IXC100/UN/Na TREVERLITE IXC100/UN/H	SAC	≥ 1.9 (Na⁺)	≤ 1.4	Standard softening and demineralization, counter-current systems
TREVERLITE IXC110/Na	SAC	≥ 2.0	≤ 1.6	High performance resin for softening, co-current systems
TREVERLITE IXC110/Ag	SAC	≥ 2.0	≤ 1.6	High performance resin for softening with impregnated silver to prevent bacteriological contamination
TREVERLITE IXC110/UN/Na	SAC	≥ 2.0	≤ 1.4	High performance uniform resin for softening, counter-current systems
TREVERLITE IXC120/Na	SAC	≥ 2.0	≤ 1.6	High performance resin for softening
TREVERLITE IXC120/UN/Na TREVERLITEIXC120/UN/H	SAC	≥ 2.0 (Na⁺)	≤ 1.4	High performance softening and demineralization, counter-current systems
TREVERLITE IXC210/Na	SAC	≥ 2.3		Demineralization of juice and by-products
TREVERLITE IXC300/H	WAC	≥ 4.3	≤ 1.6	Dealkalization
TREVERLITE IXC330/H TREVERLITE IXC330/Mg	WAC	≥ 4.3	≤ 1.6	Potable water dealkalization
TREVERLITE IXA100/UN/Cl	SBA	≥ 1.3	≤ 1.4	Strong base anion type 1, counter current systems
TREVERLITE IXA1000/Cl	SBA	≥ 1.3	≤ 1.2	Strong base anion type 1 for all type of systems
TREVERLITE IXA120/UN/Cl	SBA	≥ 1.35	≤ 1.4	Strong base anion type 1, high performance, counter current and mixed bed systems
TREVERLITE IXA310/Cl	SBA	≥ 1.0	≤ 1.8	Cane sugar decolorization
TREVERLITE IXA410/Cl	SBA	≥ 1.2	≤ 1.6	Uranyl removal, regenerable
TREVERLITE IXA510/Cl	SBA	≤ 1.8	≤ 1.0	Cane sugar decolorization
TREVERLITE IXA600/FB	WBA	≥ 1.4	≤ 1.6	Weak base anion for free mineral acid removal
TREVERLITE IXA702/FB	WBA	≥ 1.4	≤ 1.6	Acrylic weak base anion for free mineral acid removal
TREVERLITE IXA710/FB	WBA	≥ 1.6		Demineralization of juice and by-products, juice deacidification
TREVERLITE IXA720/FB	WBA	≥ 2.4	≤ 1.6	Uranyl removal, regenerable
TREVERLITE IXA810/Cl	SBA	≥ 0.9	≤ 1.6	Selective removal of nitrate
TREVERLITE SCA100	SBA	≥ 1.1	≤ 1.6	Organic scavenger for industrial demineralization applications
TREVERLITE SCA200	SBA	≥ 0.8	≤ 1.6	Organic scavenger for industrial demineralization applications
TREVERLITE SCA300	SBA	≥ 0.6	≤ 1.6	Organic scavenger for industrial demineralization applications
TREVERLITE XS130800	SBA	≥ 0.6	≤ 1.6	Removal of PFAS micro-contaminant
TREVERLITE XS133100	SBA	≥ 0.6	≤ 1.6	Removal of perchlorate micro-contaminant
TREVERLITE XS145200	SBA	≥ 0.9	≤ 1.6	Selective removal of bromide
TREVERLITE CHE710/Na	CHE	≥ 1.8	≤ 1.6	Iminodiacetic for selective removal of copper, mercury, lead, nickel, zinc, cadmium...
TREVERLITE CHE730	CHE	≥ 1.2	≤ 1.8	Thiol for selective removal of mercury, copper, lead, cadmium, nickel, cobalt...
TREVERLITE CHE750	CHE	≥ 0.7	≤ 1.6	Selective removal of boron
TREVERLITE XS121300	CHE	≥ 0.8	≤ 1.6	Thiourea for selective removal of mercury copper, lead, cadmium…
TREVERLITE MB090	MB	50/50 (volume ratio)		Single use
TREVERLITE MB100	MB	50/50 (volume ratio)		Regenerable
TREVERLITE MB200	MB	40/60 (volume ratio)		Regenerable. Demineralization units
TREVERLITE MB200/Blue	MB	40/60 (volume ratio)		Regenerable with colour indicator of exhaustion. Demineralization units
TREVERLITE MB300	MB	33/67 (volume ratio)		Regenerable

¹ Abbreviations used:

SAC: Strong Acid Cation - SBA: Strong Base Anion - WAC: Weak Acid Cation - WBA: Weak Base Anion - CHE: Chelating - MB: Mixed Bed