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Add to Cart The item has been addedCP-5-300/10Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-284)
Price: $961.26List Price: $1,068.07SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-60/15Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-431)
Price: $1,061.60List Price: $1,179.55SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-100/15Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-432)
Price: $1,061.60List Price: $1,179.55SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-300/15Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-433)
Price: $1,061.60List Price: $1,179.55SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-60/25Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-467)
Price: $1,121.79List Price: $1,246.44SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-100/25Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-468)
Price: $1,121.79List Price: $1,246.44SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-300/25Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-469)
Price: $1,121.79List Price: $1,246.44SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-100/30Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-571)
Price: $1,242.21List Price: $1,380.23SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedCP-5-300/30Normal Phase Cyanopropyl Column: Particle Size: 5 æm, Pore S (C08-0602-572)
Price: $1,242.21List Price: $1,380.23SMT manufactures ultra-stable cyanopropyl [CN] columns for normal and reversed-phase chromatographic separation modes. These columns have some special characteristics. -
Add to Cart The item has been addedDIOL1-5-100/15Normal Phase Diol Column: Particle Size: 5 æm, Pore Size: 10 (C08-0602-479)
Price: $1,141.87List Price: $1,268.74SMT-Diol columns are developed as an alternative for silica columns used in normal phase separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols -
Add to Cart The item has been addedDIOL2-5-100/15Normal Phase Diol Column: Particle Size: 5 æm, Pore Size: 10 (C08-0602-481)
Price: $1,141.87List Price: $1,268.74SMT-Diol columns are developed as an alternative for silica columns used in normal phase separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols -
Add to Cart The item has been addedDIOL1-5-100/25Normal Phase Diol Column: Particle Size: 5 æm, Pore Size: 10 (C08-0602-613)
Price: $1,262.28List Price: $1,402.53SMT-Diol columns are developed as an alternative for silica columns used in normal phase separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols
