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Gas Manifolds

Vacuum-gas manifolds for connecting inert gas and vacuum sources; typically made of glass with PTFE valves; formats include various numbers of ports, distance between ports, wall tubing diameters, and seal angles.
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1 – 15 of 42 results
1

DWK Life Sciences™ Kimble™ Kontes™ Airless-ware™ Vacuum Flask

Facilitates heating, stirring and solvent stripping without impairing ease of liquid and solid transfer

2

DWK Life Sciences™ Kimble™ Kontes™ Vacuum/Gas Double Manifold with PTFE Valves

Grease-free operation

Includes PTFE valves, 4mm PTFE vacuum valves, Grease-free operation, 0.5 in. medium wall tubing
Type Double Manifold
Wall Tubing (English) 0.5 in.
Diameter (Metric) Outer 0.88 cm
Wall Tubing (Metric) 1.27 cm
Material Borosilicate Glass
5

DWK Life Sciences™ Kimble™ Kontes™ Vacuum/Gas Double Manifold with Glass Plugs

All-glass manifolds for connecting inert gas and vacuum sources

Includes 0.5 in. Medium wall tubing, stopcocks, 4mm bore Glass, lower vacuum chamber, 2 hose connections
Type Double Manifold
Wall Tubing (English) 0.5 in.
Wall Tubing (Metric) 1.27 cm
Material Glass
6

Synthware™ Vacuum Manifold with PTFE Stopcocks, Left/Right Side Connection
GREENER_CHOICE

PTFE stopcocks eliminate the need for grease.

7

Synthware™ Vacuum or Inert Gas Manifold, Double, Front Left, Rear Right Connection
GREENER_CHOICE

General purpose double bank manifold for use with vacuum and inert gas.

Includes High Vacuum Valve Plugs
Type Vacuum/Inert Gas Manifold
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
8

Synthware™ Vacuum or Inert Gas Manifold, Double, Front Left, Rear Left/Right Connection
GREENER_CHOICE

General purpose double bank manifold for use with vacuum and inert gas.

9

Synthware™ Vacuum and Inert Gas Manifold with Solid Glass Stopcocks, Front Left/Right, Rear Right Connection
GREENER_CHOICE

Stainless Steel Retention Clips to ensure stopcocks stay in place.

Includes Solid Glass Stopcocks
Type High Vacuum Manifold
Connection Type Front L/R, Rear Right Hose Connection
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
10

Synthware™ Argon/Nitrogen Gas Manifold with PTFE Stopcocks
GREENER_CHOICE

With 14/20 outer joint at the center to fit a rubber septum for keeping syringes under an inert environment cutting down on the number used.

Includes PTFE Stopcocks
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
11

Synthware™ Vacuum and Inert Gas Manifold with Solid Glass Stopcocks, Front Right, Rear Left/Right Connection
GREENER_CHOICE

Stainless Steel Retention Clips to ensure stopcocks stay in place.

12

Synthware™ Vacuum Manifold with PTFE Stopcocks, Left/Right Side Connection
GREENER_CHOICE

PTFE stopcocks eliminate the need for grease.

13

Synthware™ Vacuum and Inert Gas Manifold with Hollow Glass Stopcocks, Front Left/Right, Rear Right Spcherical Connection
GREENER_CHOICE

No retention clip needed. Hollow stopcocks held in place by vacuum.

Includes Hollow Glass Stopcocks
Type Spherical Joint Double Manifold
Description Front Left and Right; Rear Right Spherical Connection
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
14

Synthware™ Vacuum and Inert Gas Manifold with Solid Glass Stopcocks, Front Right/Left, Rear Right/Left Connections
GREENER_CHOICE

Stainless Steel Retention Clips to ensure stopcocks stay in place.

Includes Solid Glass Stopcocks
Type High Vacuum Manifold
Connection Type Front L/R, Rear L/R Hose Connections
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
15

Synthware™ Solvent Transfer Manifold
GREENER_CHOICE

For purifying and transferring solvents under inert conditions