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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 High Vaccum Valves, Right Side Connection
GREENER_CHOICE

PTFE High Vacuum valves elminate the need for grease.

Includes High Vacuum Valve Plugs
Type Vacuum Manifold
Connection Type Right side hose connection
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
7

Synthware™ Manifold with Solid Glass Stopcocks
GREENER_CHOICE

Features 4 mm double hollow high vacuum stopcocks.

8

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

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

Includes Hollow Glass Stopcocks
Type Vacuum/Inert Gas Manifold
Connection Type Front L/R, Rear Right Hose Connection
Material Borosilicate Glass
For Use With (Application) Organic Synthesis
9

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

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

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