> APPLICATIONS
Chromatographic Separation
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.
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Outstanding uniformity and excellent separation capacity.
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Relatively small particle size for maximum separation efficiency with a larger surface area per volume unit of resins.
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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.
Na
K
Ca
MCK-30
Glucose/Oligosaccharide separation, Maltose/Oligosaccharide separation
MCK-22M
Sucrose collection from Molasses
MCK-55
Fructose/Glucose separation, Fructose/Allulose separation,
Fructose/Galactose separation
Cl
MCK-55
Bio diesel purification process
Cl
MA-23F
Acid purification
Type
Ionic
forms
Representative
products
Major application
UPS SAC Gel type
UPS SBA Gel
type1
type2
Lower Uniformity coefficient (1.05~1.10) than
โother resins for chromatographic separation
→ Excellent separation efficiency
Higher physical & chemical strength
→ Longer life time
TRILITE IER Line-up for Chromatogrphy
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Polystyrenic Gel Type, SAC, Kํ, Chromatography, Molasses, Sucrose
TRILITE MCK-22M
Polystyrenic Gel Type, SBA, Type 2, Clํ, Chromatography, Acid retardation
TRILITE MA-23F
Technical Report
Ion exchange resins for Chromatogrphic Separation
Ion exchange resins for Acid Retardation
Recovery of Sucrose from molasses
Refining of sugar
