Graham Condensers
Corning™ PYREX™ Graham Condensers with Standard Taper Inner and Outer Joints
For use in vacuum distillation
Corning™ PYREX™ Graham Condensers with Outer Standard Taper Joint at Top
For use in distillation setups
DWK Life Sciences Kimble™ Kontes™ Graham Condensers
Outer joint at top and inner drip joint at the bottom.
Heidolph™ Radleys Rodavis Condenser Jacket Coil
Accessories for use with Heidolph Reactor-Ready™
Synthware™ Graham Condensers
Creates and captures vapor condensation created during a chemical reaction
Heidolph™ Radleys Condensers
Accessories for use with Heidolph Reactor-Ready™
Eisco™ Graham Condensers
Use to change substances from gas to liquid, made from heat resistant borosilicate glass.
Supertek™ Graham Condensers
Comes in spiral form.
Chemglass Life Sciences Condenser, Graham, 430mm, 24/40 Joint, 300mm Jacket Length
Condenser, Graham, 430mm, 24/40 Joint, 300mm Jacket Length. Condenser has a top standard taper outer and lower inner drip tip joint. Hose connections have an O.D. of 10mm at the middle serration.
Ace Glass, Inc. Condenser, Allihn, 500mm, 29/42 st joints top & bottom
500mm Allihn condenser with approximately one bulb per 50mm. Features 29/42 standard taper joints at top and bottom.
Ace Glass, Inc. Condenser, Graham, 200mm, 24/40
200mm Graham condenser with 24/40 standard taper inner and outer joint at top and bottom. Hose connections are size D for 3/8 ID tubing.
Foxx Life Sciences Borosil® Graham Condenser Coiled Distillate type with Drip Tip and Interchangeable Inner/Outer Joint 24/29, Jacket 400 mm, 5/CS
Borosil® Graham Condensers are a coiled distillate option that have an interchangeable inner and outer joint with a drip tip. The Graham Condenser has a coiled inner condensation tube providing a larger surface area for highly efficient cooling. Typical uses are for a chemical distillation application, in which you cool and condense a gas back into a liquid. Avail. in Jacket size of 300-500 mm. In collaboration with Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil® Type 3.3 Low-Expansion Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1 borosilicate glass that North American scientists have come to trust, Borosil® Laboratory Glassware offers unparalleled mechanical strength, clarity and reliability at competitive prices. And thanks to a unique annealing process, Borosil® Glassware is stress-free and incredibly resistant to thermal shock.
Ace Glass, Inc. Condenser, Graham, 600mm, 24/40
600mm Graham condenser with 24/40 standard taper inner and outer joint at top and bottom. Hose connections are size D for 3/8 ID tubing.
Chemglass Life Sciences Graham Condenser
Condenser for use in cooling of the scrubbing fluid. Graham coil type condenser having 1/2 Swagelok tubing for use with CG-1975-20 compression fitting. Overall length is ~350mm with effective length of 250mm. Hose connections have 9mm OD small serration and a 10mm OD large serration.
Foxx Life Sciences Borosil® Graham Condenser Coiled Distillate type with Drip Tip and Interchangeable Inner/Outer Joint 24/29, Jacket 500 mm, 5/CS
Borosil® Graham Condensers are a coiled distillate option that have an interchangeable inner and outer joint with a drip tip. The Graham Condenser has a coiled inner condensation tube providing a larger surface area for highly efficient cooling. Typical uses are for a chemical distillation application, in which you cool and condense a gas back into a liquid. Avail. in Jacket size of 300-500 mm. In collaboration with Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil® Type 3.3 Low-Expansion Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1 borosilicate glass that North American scientists have come to trust, Borosil® Laboratory Glassware offers unparalleled mechanical strength, clarity and reliability at competitive prices. And thanks to a unique annealing process, Borosil® Glassware is stress-free and incredibly resistant to thermal shock.