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PREMIUM GRADE ACRYLIC MACROPOROUS WEAK ACID CATION EXCHANGE
RESIN
Tulsion® CXO-18 is an Acrylic “Macro porous” weak acid ion exchange resin, with complex matix structure, supplied as moist spherical beads in the Hydrogen form.
Tulsion® CXO-18 has excellent physical characteristics due to its macro porous nature. It is tailor made product, designed for selective extraction of metal ions.
Tulsion® CXO-18 exhibits exceptional physical and chemical stability. This product shows good resistance to mechanical and osmotic shock, leading to long life. It is suited for use in a wide range of pH range.
TYPICAL CHARACTERISTICS： Tulsion CXO-18
Type : Macroporous weak acid cation exchange resin
Matrix structure : Cross linked acrylic copolymer
Physical form : Moist spherical beads
Ionic form : Hydrogen
Screen size U.S.S (wet) : 16 to50
Below 50 USS mesh : <2%
Total exchange capacity (minm.) : 1.5 meq/ml (min)
Effective size mm : 0.55-0.65
Thermal stability : 50 °C
pH range : 0 to 14
Solubility : Insoluble in all common solvents
TYPICAL OPERATING CONDITIONS： Tulsion CXO-18
Maximum operating temperature : 50 °C max
Resin bed depth ( min.) : 800
Maximum service flow : 5-7 m3/hr/m3
Backwash expansion space : 50 to 70 %
INFLUENT LIMITATION：
Matrix structure : Polystyrene copolymer
Functional group : Nuclear sulphonic
Physical form : Moist spherical beads
TESTING：
The sampling and testing of ion exchange resins is done as per standard testing procedures, namely
ASTMD-2187 and IS-7330, 1998.
PACKING：
Super sacks 1000 liters Super sacks 35 cft
MS drums 180 liters Fiber drums 7 cft
HDPE lined bags 25 liters HDPE lined bags 1 cft
For Handling, Safety and Storage requirements please refer to the individual Material Safety Data Sheets available at our offices. The data included herein are based on test information obtained by Thermax Limited. These data are believed to be reliable, but do not imply any warranty or performance guarantee. Tolerances for characteristics are as per BIS/ASTM. We recommend that the user should determine the performance of the product by testing on own processing equipment.