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SHIMSEN Solid-Phase Extraction
Solid-phase extraction (SPE) is a fundamental and versatile sample preparation technique widely employed in the field of analytical chemistry. Its primary purpose is to isolate and concentrate specific target compound(s) from complex mixtures, enabling enhanced sensitivity and accuracy in subsequent analytical methods. SPE plays a crucial role in sample cleanup, pre-concentration, and purification, making it an indispensable tool for a broad range of applications, including environmental monitoring, pharmaceutical analysis, clinical research, forensic investigations, and food safety testing.
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Product Listing
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
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Description:
SHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa:
OUT OF STOCKSHIMSEN Styra MCX uses a polymeric cation-exchange resin that combines the outstanding properties of SHIMSEN Styra HLB with strong cation exchange functionalities. MCX is suitable for the enrichment and purification of basic compounds with pKa 2-10. Retention mechanism: strong cation exchange interaction (primary), non-polar interaction (primary), polar interaction (secondary) Polystyrene-divinylbenzene copolymer bonded with sulfonic acid groups Particle size 50 μm, pore size 80 Å, specific surface area 800 m2/g Function groups: sulfonic acid group, phenyl, vinyl, pyrrolidone pKa: