IER for Chromatogrphy
Ion Exchange Resins for chromatography separation efficiently separate useful materials in various applications such as high-purity separation of sugar solutions, e.g. Fructose/Glucose separation and sucrose recovery from molasses, and acid purification, etc.
The following characteristics are required to be IERs for chromatography separation.
Outstanding uniformity and excellent separation capacity.
Relatively small particle size for maximum separation efficiency with a larger surface area per volume unit of resins.
A longer life time with mechanical and chemical stability.
TRILITE chromatography resins completely satisfy the above conditions, and enable the most efficient separation capacity by the various degree of crosslinkages (%), ionic forms and particle sizes. The Following tables show major applications of UPS gel type cation exchange resins and UPS gel type 1 & 2 anion exchange resins, and the full line-up of TRILITE chromatography resins.
Glucose/Oligosaccharide separation, Maltose/Oligosaccharide separation
Sucrose collection from Molasses
Fructose/Glucose separation, Fructose/Allulose separation,
Bio diesel purification process
UPS SAC Gel type
UPS SBA Gel
Lower Uniformity coefficient (1.05~1.10) than
other resins for chromatographic separation
→ Excellent separation efficiency
Higher physical & chemical strength
→ Longer life time
TRILITE IER Line-up for Chromatogrphy
Polystyrenic Gel Type, SAC, K형, Chromatography, Molasses, Sucrose
Polystyrenic Gel Type, SBA, Type 2, Cl형, Chromatography, Acid retardation
Ion exchange resins for Chromatogrphic Separation
Ion exchange resins for Acid Retardation
Recovery of Sucrose from molasses
Refining of sugar