Gas Cylinders

Our company is endeavoring to help you in your research by charging small-sized gas cylinders with gaseous reagents for easy dispensing.

[Characteristics]
· The flow of gas can be adjusted across a wide range.
· Convenient for moving since gas cylinders are small sized (7×14cm) and lightweight under 500g.
· Metallic pressure-tight container (pressure tightness: 14kg/cm²).

[Method of Use] (The actual form may differ slightly from the illustration.)
1. Before mounting the charge valve, turn the handle (A) to the left and pull the needle (B) upward as far as it can go.
2. Mount the charge valve on to the gas cylinder.
3. After the charge valve is mounted, tighten the disk (C) attached at the bottom of the charge valve. Be careful not to overtighten.
4. Turning the handle (A) to the right makes the needle (B) come down and perforate in the sealing lid.
5. On turning the handle (A) to the left, the valve opens to cause the gas to flow.
6. To stop the gas flow, turn the handle (A) to the right. Do not remove the charge valveuntil the inside pressure becomes equal to the atmospheric pressure.
The charge valve and connector are offered for sale separately.

Charge Valve & Conectors

Hydrocarbons

Ethers

Amines

Halides

Charge Valve & Conectors

(to be used for connecting between the Reaction apparatus and Gas cylinders)

V0071 Pipe Connector [for Gas cylinder]
V0070 Tube Connector [for Gas cylinder]
V0030 Valve [for Gas cylinder]

[Storage Method]
Store in a cool place before opening and use the compressed reagent as soon as possible. One-time, exhaustive use is recommended. If the reagents need to be stored, please keep the following in mind with the utmost caution.
1. The charge intake cover should be attached after insuring that the gas flow has ceased.
2. Select a low-temperature, well-ventilated place for storage.
3. Reagents that require refrigeration should be stored only in an explosion-proof refrigerator. Potential risks for explosion through ignition of a small gas leak by the spark of the thermostat may be present in ordinary refrigerators.

B0748 1-Butyne can decompose explosively so these reagent cylinders should not be stored for re-use.

[Notes]
· These reagents are pressurized. Sufficient care should be taken in handling them, in addition to wearing appropriate protective equipment.
· Take care to insure that the inner pressure of reaction apparatus does not exceed the inner pressure of the gas cylinders. As an extra precaution, we recommend that a check valve be attached within the gas introduction path.

Hydrocarbons

B0675 B0675 B0689 B0689 B0692 B0692
M0177 M0177 B0677 B0677 B0690 B0690
I0090 I0090 I0091 I0091 B0691 B0691
B0675 1,3-Butadiene (in cylinder without valve) (stabilized with TBC)
B0689 1-Butene (in cylinder without valve)
B0692 2-Butene (cis- and trans- mixture) (in cylinder without valve)
M0177 3-Methyl-1-butene (in cylinder without valve)
B0677 Butane (in cylinder without valve)
B0690 cis-2-Butene (in cylinder without valve)
I0090 Isobutane (in cylinder without valve)
I0091 Isobutene (in cylinder without valve)
B0691 trans-2-Butene (in cylinder without valve)

Ethers

M0110 M0110 M0224 M0224
M0110 Ethyl Methyl Ether (in cylinder without valve)
M0224 Methyl Ether (in cylinder without valve)

Amines

E0245 E0245
E0245 Ethylamine Anhydrous (in cylinder without valve)

Halides

T1476 T1476 D0366 D0366 C0164 C0164
V0032 V0032
T1476 1,1,1,2-Tetrafluoroethane (in cylinder without valve)
D0366 1,1-Dichloroethylene (in cylinder without valve) (stabilized with MEHQ)
C0164 Chloroethane (in cylinder without valve)
V0032 Vinyl Bromide (in cylinder without valve) (stabilized with MEHQ)


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