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Specifications BAKERBOND phases are synthesized using tri-functional silane synthesis chemistry to provide increased resistance to hydrolysis, greater stability at pH extremes, and reduced silanol interactions for higher recoveries and less “tailing”.JT Baker HPLC columns are individually tested and JT Baker provides performance results on a Certificate of Analysis that includes the test chromatogram and data for efficiency, selectivity, peak asymmetry and back pressure.Thomas No.DescriptionColumn TypeColumn SizeParticle SizeParticle ShapePore SizeReverse Phase HPLC0144L33Wide Pore, Butyl (C4)Standard4.6 x 250 mm5 µmSpherical3000149M66Octyl (C8)Analytical4.6 x 2505 µmSpherical1200144L24Wide Pore, Octyl (C8)Standard Ten4.6 x 100 mm5 µmSpherical3000144L19Octacdecyl (C18)Standard4.6 x 250 mm5 µmSpherical3000144L20Octacdecyl (C18)Standard Ten4.6 x 100 mm5 µmSpherical3000149M65Octacdecyl (C18)Analytical4.6 x 250 mm5 µmSpherical1200144L18Octacdecyl (C18)Analytical4.6 x 150 mm5 µmSpherical1200144L32Leucine-Covalent——5 µm——Normal Phase HPLC0148Y75Cyano (CN)Analytical4.6 x 250 mm5 µmSpherical120Chiral HPLC 0144M33A-Napthyl UreaAnalytical4.6 x 250 mm5 µmSpherical—0144L29DNBPG (Covalent)Analytical4.6 x 250 mm5 µmSpherical—Ion Exchange0144L30Wide Pore, CBX (weak cation exchanger)Standard4.6 x 250 mm5 µmSpherical3000144L49Wide Pore, CARBOXY-SULFONStandard4.6 x 250 mm5 µmSpherical3000144L47Wide Pore, QUAT (strong anion exchanger)Standard4.6 x 250 mm5 µmSpherical3000144L48Wide Pore, QUAT (strong anion exchanger)—7.75 x 100 mm5 µmSpherical300
