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Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 150X50mm, Particle size: 10um, Pore size: 200A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 250X10mm, Particle size: 10um, Pore size: 200A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 250X20mm, Particle size: 10um, Pore size: 200A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 250X30mm, Particle size: 10um, Pore size: 200A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 250X50mm, Particle size: 10um, Pore size: 200A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 300X8mm, Particle size: 10um, Pore size: 200A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C18 Column 1.9um. Triart C18 column, Metal freeDimension: 75X2.1mm, Particle size: 1.9um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 ExRS Column 3um. Triart C18 ExRS column, Metal freeDimension: 250X3mm, Particle size: 3um, Pore size: 80A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 ExRS Column 1.9um. Triart C18 ExRS column, Metal freeDimension: 100X3mm, Particle size: 1.9um, Pore size: 80A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 ExRS Column 1.9um. Triart C18 ExRS column, Metal freeDimension: 100X2.1mm, Particle size: 1.9um, Pore size: 80A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 30X8mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 30X10mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 50X10mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 50X4.6mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 50X50mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 100X4.6mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 150X4mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 150X4.6mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 250X10mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 250X30mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 250X50mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart C18 S Prep Column 10um. Triart C18 S Prep column, Metal freeDimension: 300X8mm, Particle size: 10um, Pore size: 120A, is a hybrid silica-based ODS column emphasizing durability, low operating pressure, and excellent performance, Effective for high-sensitivity analysis using LC/MS

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 50X10mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 50X20mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 100X30mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 100X50mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 150X20mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 150X30mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart Diol-HILIC Column 5um. Triart Diol-HILIC column, Dimension: 150X50mm, Particle size: 5um, Pore size: 120Ais based on a layered organic/inorganic hybrid silica, Useful for a separation of polar and hydrophilic compounds, Highly-improved chemical durability in high pH conditions

Triart C8 3um Column 3um. Triart C8 column, Metal free, Dimension: 75X3mm, Particle size: 3um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 5um. Triart C8 column, Metal free, Dimension: 50X4mm, Particle size: 5um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 5um. Triart C8 column, Metal free, Dimension: 50X10mm, Particle size: 5um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 5um. Triart C8 column, Metal free, Dimension: 50X50mm, Particle size: 5um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 5um. Triart C8 column, Metal free, Dimension: 100X10mm, Particle size: 5um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 5um. Triart C8 column, Metal free, Dimension: 100X50mm, Particle size: 5um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 1.9um. Triart C8 column, Metal free, Dimension: 30X2.1mm, Particle size: 1.9um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 1.9um. Triart C8 column, Metal free, Dimension: 50X2.1mm, Particle size: 1.9um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 1.9um. Triart C8 column, Metal free, Dimension: 150X2.1mm, Particle size: 1.9um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 Column 1.9um. Triart C8 column, Metal free, Dimension: 75X2.1mm, Particle size: 1.9um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 50X50mm, Particle size: 10um, Pore size: 120A, is a versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 100X20mm, Particle size: 10um, Pore size: 120A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 100X50mm, Particle size: 10um, Pore size: 120A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 150X10mm, Particle size: 10um, Pore size: 120A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Triart C8 S Prep Column 10um. Triart C8 S Prep column, Metal free, Dimension: 150X20mm, Particle size: 10um, Pore size: 120A, versatile column with excellent chemical durability that is equivalent to YMC-Triart C18, Usable over wide range of pH and temperature, Ideal for separations of isomers

Raptor HILIC-Si LC Columns (USP L3) 2.1 mm Length: 30 mm. Raptor HILIC-Si LC Columns (USP L3) 2.1 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 30 mm

Raptor HILIC-Si LC Columns (USP L3) 4.6 mm Length: 50 mm. Raptor HILIC-Si LC Columns (USP L3) 4.6 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 50 mm

Raptor HILIC-Si LC Columns (USP L3) 3.0 mm Length: 50 mm. Raptor HILIC-Si LC Columns (USP L3) 3.0 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 50 mm

Triart PFP Column 50 x 10mm. Triart PFP Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 10mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 50 x 10mm

Triart PFP Actus Column 50 x 20mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 50 x 20mm

Triart PFP Actus Column 50 x 30mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 50 x 30mm

Triart PFP Actus Column 50 x 50mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 50 x 50mm

Triart PFP Column 100 x 10mm. Triart PFP Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 10mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 100 x 10mm

Raptor HILIC-Si LC Columns (USP L3) 3 mm Length: 150 mm. Raptor HILIC-Si LC Columns (USP L3) 3 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 150 mm

Raptor HILIC-S EXP Guard Column Cartridge 5 x 4.6 mm. Raptor HILIC-S EXP Guard Column Cartridge, Particle Size: 2.7 um, Maximum cartridge pressure: 600 bar/8,700 psi (2.7 um) or 400 bar/5,800 psi (5 um), Raptor SPP LC columns combine the speed of SPP with the resolution, Diameter: 5 x 4.6 mm

Raptor HILIC-S EXP Guard Column Cartridge 5 x 3.0 mm. Raptor HILIC-S EXP Guard Column Cartridge, Particle Size: 2.7 um, Maximum cartridge pressure: 600 bar/8,700 psi (2.7 um) or 400 bar/5,800 psi (5 um), Raptor SPP LC columns combine the speed of SPP with the resolution, Diameter: 5 x 3.0 mm

Raptor HILIC-Si LC Columns (USP L3) 2.1 mm Length: 100 mm. Raptor HILIC-Si LC Columns (USP L3) 2.1 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 100 mm

Raptor HILIC-Si LC Columns (USP L3) 4.6 mm Length: 100 mm. Raptor HILIC-Si LC Columns (USP L3) 4.6 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 100 mm

Raptor HILIC-Si LC Columns (USP L3) 4.6 mm Length: 150 mm. Raptor HILIC-Si LC Columns (USP L3) 4.6 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 150 mm

Raptor HILIC-Si LC Columns (USP L3) 3 mm Length: 100 mm. Raptor HILIC-Si LC Columns (USP L3) 3 mm, particle size: 2.7 um, Testing and applications development demonstrated that 2.7 um columns offer higher efficiency than 5 um columns, and they are compatible with HPLC instrument, Length: 100 mm

Triart Phenyl Actus Column 50 x 30mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 50 x 30mm

Triart Phenyl Actus Column 50 x 50mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 50 x 50mm

Triart Phenyl Column 100 x 10mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 10mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 100 x 10mm

Triart Phenyl Actus Column 100 x 30mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 100 x 30mm

Triart PFP Actus Column 100 x 20mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 100 x 20mm

Triart PFP Actus Column 100 x 30mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 100 x 30mm

Triart PFP Actus Column 100 x 50mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 100 x 50mm

Triart PFP Actus Column 150 x 20mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 150 x 20mm

Triart PFP Actus Column 150 x 30mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 150 x 30mm

Triart PFP Actus Column 150 x 50mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 150 x 50mm

Triart PFP Column 250 x 3mm. Triart PFP Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 3mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 250 x 3mm

Triart PFP Actus Column 250 x 20mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 250 x 20mm

Triart PFP Actus Column 250 x 30mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 250 x 30mm

Triart PFP Actus Column 250 x 50mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 250 x 50mm

Triart PFP Actus Column 75 x 30mm. Triart PFP Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 75 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, separations of polar compounds or isomers, Superior planar cognitive, Dimensions: 75 x 30mm

Triart PFP Column 30 x 3mm. Triart PFP Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 30 x 3mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 30 x 3mm

Triart PFP Column 30 x 2.1mm. Triart PFP Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 30 x 2.1mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 30 x 2.1mm

Triart PFP Column 50 x 2.1mm. Triart PFP Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 50 x 2.1mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 50 x 2.1mm

Triart PFP Column 150 x 2.1mm. Triart PFP Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 150 x 2.1mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 150 x 2.1mm

Triart PFP Column 75 x 2.1mm. Triart PFP Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 75 x 2.1mm, Base: organic/inorganic hybrid silica, Carbon contents : 15 %, pH range : 1-8, Applications: separations of polar compounds or isomers, Dimensions: 75 x 2.1mm

Triart Phenyl Column 50 x 2.1mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 3 um, Dimensions: 50 x 2.1mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 50 x 2.1mm

Triart Phenyl Column 50 x 10mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 10mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 50 x 10mm

Triart Phenyl Actus Column 50 x 20mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 50 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 50 x 20mm

Triart Phenyl Actus Column 100 x 50mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 100 x 50mm

Triart Phenyl Actus Column 150 x 20mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 150 x 20mm

Triart Phenyl Actus Column 150 x 30mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 150 x 30mm

Triart Phenyl Actus Column 150 x 50mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 150 x 50mm

Triart Phenyl Column 250 x 3mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 3mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 250 x 3mm

Triart Phenyl Actus Column 250 x 20mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 20mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 250 x 20mm

Triart Phenyl Actus Column 250 x 30mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 250 x 30mm

Triart Phenyl Actus Column 250 x 50mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 250 x 50mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 250 x 50mm

Triart Phenyl Column 33 x 4.6mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 33 x 4.6mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 33 x 4.6mm

Triart Phenyl Actus Column 75 x 30mm. Triart Phenyl Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 75 x 30mm, Base: organic/inorganic hybrid silica, Carbon contents : 17 %, pH range : 1-10, Ideal for aromatic compounds, having long conjugated system, Dimensions: 75 x 30mm

Triart Phenyl Column 30 x 3mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 30 x 3mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 30 x 3mm

Triart Phenyl Column 30 x 2.1mm. Triart Phenyl Column, Pore Size: 120A, particle Size: 1.9 um, Dimensions: 30 x 2.1mm, Base : organic/inorganic hybrid silica, Carbon contents : 17 %, Applications: Ideal for separation of structural analogs, high durability, Dimensions: 30 x 2.1mm

Triart SIL Column 100 x 4.6mm. Triart SIL Column, Pore Size: 120A, particle Size: 3 um, Dimensions: 100 x 4.6mm, Applications: For lab-scale to production-scale purification, Compatible with alkaline CIP, Bulk packing materials based on organic/inorganic hybrid, Dimensions: 100 x 4.6mm

Triart SIL Column 150 x 3mm. Triart SIL Column, Pore Size: 120A, particle Size: 3 um, Dimensions: 150 x 3mm, Applications: For lab-scale to production-scale purification, Compatible with alkaline CIP, Bulk packing materials based on organic/inorganic hybrid, Dimensions: 150 x 3mm

Triart SIL Column 250 x 4.6mm. Triart SIL Column, Pore Size: 120A, particle Size: 3 um, Dimensions: 250 x 4.6mm, Applications: For lab-scale to production-scale purification, Compatible with alkaline CIP, Bulk packing materials based on organic/inorganic hybrid, Dimensions: 250 x 4.6mm

Triart SIL Actus Column 100 x 20mm. Triart SIL Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 20mm, organic/inorganic hybrid silica particles, effective cleaning of the gel with alkaline solution, mechanical stability, chemical durability, Dimensions: 100 x 20mm

Triart SIL Actus Column 100 x 30mm. Triart SIL Actus Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 100 x 30mm, organic/inorganic hybrid silica particles, effective cleaning of the gel with alkaline solution, mechanical stability, chemical durability, Dimensions: 100 x 30mm

Triart SIL Column 150 x 4.6mm. Triart SIL Column, Pore Size: 120A, particle Size: 5 um, Dimensions: 150 x 4.6mm, Applications: For lab-scale to production-scale purification, Compatible with alkaline CIP, Bulk packing materials based on organic/inorganic hybrid, Dimensions: 150 x 4.6mm

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