TLC Developing Tanks
MilliporeSigma™ Supelco™ Rhodamine B Solution
0.2% in isopropanol, for TLC derivatization
Chemglass Life Sciences TLC Developing Tank Complete, Latch-Lid
Heavy duty, molded TLC developing tank for use with plates up to 20 x 20 cm ( 8in x 8in). The weight of the tank is approximately 15 pounds and the bottom is ground to insure stability. The unique latching system holds the matching ground surfaces of the lid and tank firmly in place, enhancing the stability of the saturated atmosphere for the developing TLC plates. All of the metal components of the Latch-Lid mechanism are made of stainless steel. Inside dimensions of the tank are 27cm wide x 7cm deep x 26 cm high (10 5/8in x 2 7/8in x 10in). Tank is supplied complete with lid.
Chemglass Life Sciences TLC Developing Chamber Complete, Cylindrical, 34/15 Joint Size, Fits Plate 1in X 4
TLC Developing Chamber Complete, Cylindrical, 34/15 Joint Size, Fits Plate 1in X 4. Cylindrical glass chamber for development of TLC plates from 25 x 75mm to 50 x 200mm. Chamber has a short length standard taper outer joint. Stopper is a short length inner with a tool ball style handle. The CG-1181-01 and -02 chambers have a hex base for added stability. Complete chamber is supplied with bottle and stopper.
Chemglass Life Sciences TLC Developing Tank, Complete
Heavy duty, molded TLC developing tank for use with plates up to 20 x 20 cm ( 8in x 8in). The weight of the tank is approximately 15 pounds, and the bottom is ground to insure stability. Inside dimensions of the tank are 27cm wide x 7cm deep x 26 cm high (10 5/8in x 2 7/8in x 10in). Tank is supplied complete with lid.
Chemglass Life Sciences TLC Bottle only, Cylindrical, 60/15 Joint Size, Fits Plate 2in X 8
Replacement TLC bottle for the CG1181 series of TLC developing chambers. Bottle only, Cylindrical, 60/15 Joint Size, Fits Plate 2in X 8.
Chemglass Life Sciences TLC Developing Chamber Complete, Cylindrical, 34/15 Joint Size, Fits Plate 1in X 3
TLC Developing Chamber Complete, Cylindrical, 34/15 Joint Size, Fits Plate 1in X 3. Cylindrical glass chamber for development of TLC plates from 25 x 75mm to 50 x 200mm. Chamber has a short length standard taper outer joint. Stopper is a short length inner with a tool ball style handle. The CG-1181-01 and -02 chambers have a hex base for added stability. Complete chamber is supplied with bottle and stopper.
Camag Scientific Twin Trough Chamber For 10X10 Cm Plates, With Stainless Steel Lid
This Is A Classical Developing Tank For Thin-Layer Chromatography. Compared To A Flat Bottom Chamber Less Solvent Is Needed. A Twin-Trough-Chamber Reduces Disposal Problems And Allows Preconditioning Of The Plate With Any Solvent And For Any Duration. For Preconditioning Or Saturation, The Trough Opposite To The Plate Is Filled With Developing Solvent. The Use Of A Saturation Pad Is Recommended For A Fast, Homogeneous And Reproducible Chamber Saturation Process. This Tank Is Suitable For Plates Up To 10 X 10 Cm In Size.
Chemglass Life Sciences TLC Developing Tank (Replacement Lid Only)
Replacement lid for the CG118401 TLC Developing Tank. Lid only.
Chemglass Life Sciences TLC Developing, Latch-Lid only
Latch lid replacement for the CG118301 TLC Developing tank. All of the metal components of the Latch-Lid mechanism are made of stainless steel. Latch-Lid only.
Chemglass Life Sciences TLC Developing Chamber Complete, Cylindrical, 60/15 Joint Size, Fits Plate 2in X 4
TLC Developing Chamber, Cylindrical, 60/15 Joint Size, Fits Plate 2in X 4. Chamber has a short length standard taper outer joint. Stopper is a short length inner with a tool ball style handle. Complete chamber is supplied with bottle and stopper.
Miles Scientific Latch-Lid Developing Chamber for 20x20 cm TLC Plates
Analtech's glass TLC developing chambers provide optimum developing conditions for a variety of TLC plate sizes and shapes. Precision ground surfaces provide tight seals between tanks and glass covers and permit complete saturation of chambers with solvent vapor for uniform development of chromatograms. Each chamber is shipped with the appropriate lid. Inside Dimensions: 25 cm H x 28 cm W x 7.5 cm D. For use with: 20 x 20 cm TLC plates or smaller.
Camag Scientific Twin Trough Chamber For 20 X 20 Cm Plates, With Stainless Steel Lid
This Is A Classical Developing Tank For Thin-Layer Chromatography. Compared To A Flat Bottom Chamber Less Solvent Is Needed. A Twin-Trough-Chamber Reduces Disposal Problems And Allows Preconditioning Of The Plate With Any Solvent And For Any Duration. For Preconditioning Or Saturation, The Trough Opposite To The Plate Is Filled With Developing Solvent. The Use Of A Saturation Pad Is Recommended For A Fast, Homogeneous And Reproducible Chamber Saturation Process. This Tank Is Suitable For Plates Up To 20 X 20 Cm In Size.
Camag Scientific Horizontal Developing Chamber For 10 X 10 Cm Plates
In The Horizontal Developing Chambers, Hptlc Plates Can Be Developed From Both Opposing Sides Towards The Middle. This Permits The Number Of Samples To Be Doubled As Compared With Development In A Tank, Provided The Separation Distance Of 45 Mm, I.E. 50 Mm Minus 5 Mm Distance From The Edge, Is Sufficient. This Chamber Type Is Often Used For Screening Purposes. The Obtained Chromatograms Differ From Those Obtained With The Same Mobile Phase System Developed In Vertical Chambers. This Chamber Is Suitable For Plates Up To 10 X 10 Cm In Size.
Chemglass Life Sciences TLC Bottle only, Cylindrical, 60/15 Joint Size, Fits Plate 2in X 4
Replacement TLC bottle for the CG1181 series of TLC developing chambers. Bottle only, Cylindrical, 60/15 Joint Size, Fits Plate 2in X 4.
Camag Scientific Smartalert Solvent Front Monitor, Only Suitable For Glass Plates
The Typical Way To Develop A Tlc/ Hptlc Plate Is To Place It In A Chamber, Which Contains A Sufficient Amount Of Developing Solvent. Driven By Capillary Forces The Developing Solvent Moves Up The Layer Until The Desired Developing Distance Is Reached And Development Is Stopped. With The Aid Of A Watch The Analyst Estimates When The Development Process Is About To Finish, Or The Analyst Must Continually Observe The Movement Of The Solvent Front. With The Smartalert The Analyst Does Not Need To Monitor Or Time The Development. The Desired Migration Distance Is Set By The User, A Light Beam And A Sensor Monitors The Selected Distance, And Once The Front Has Reached The Set Position, Visual And Acoustic Signals Alert The Operator.