Chromatography Tubing
Trajan™ Non-Deactivated Fused Silica GC Tubing
Used in a wide range of capillary GC, LC and Bioanalytical applications. Trajan Scientific and Medical™ Non-Deactivated Fused Silica GC Tubing is protected with a high temperature Polyimide resin
Trajan Scientific and Medical PEEK Tubing, 1/16 in. O.D., 50 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 1/32 in. O.D., 10 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 1/16 in. O.D., 5 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 1/8 in. O.D., 100 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 360μm O.D., 5 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan™ Methyl Deactivated Fused Silica Capillary Tubing
Essential for maintaining a high performance chromatography system.Trajan Scientific and Medical™ Methyl Deactivated Fused Silica Capillary Tubing is chemically inert and thermally stable up to 380°C.
Trajan Scientific and Medical PEEK Tubing, 1/8 in. O.D., 50 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 1/32 in. O.D., 5 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 360μm O.D., 100 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 1/16 in. O.D., 100 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
Trajan Scientific and Medical PEEK Tubing, 360μm O.D., 10 ft
Designed specifically for modern LC, LCMS and automation useage. A flexible alternative to stainless steel tubing in high pressure applications, it ensures reproducibility in your chromatography flow rates and results through smooth internal surface along with consistent and tight toleranced IDs
