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Nitrous oxide cylinder

Products

Nitrous oxide cylinder

Product description
First, the product name
Chinese name: nitrous oxide (laughing gas) cylinder
English name: N2O cylinder
Second, product introduction
(1) Nitrous oxide bottle is a high-pressure container for storing and transporting nitrogen. It is generally made of alloy structural steel, which is hot-punched and pressed, and has a cylindrical shape.
(2) The shoulder of the cylinder is marked with the working pressure, test pressure, volume, weight, and other information. The surface is painted in gray and the words “nitrous oxide” are written in black.
(3) The standard of gas storage capacity of nitrous oxide bottles is the pressure resistance.
(4) The upper limit of the pressure of a conventional nitrous oxide bottle is 15Mp (MPa). The atmospheric pressure is 147 atmospheres.
(5) The pressure resistance test value is 22.5Mp.
(6) The pressure inside a conventionally filled cylinder should be around 12~15Mp.
(7) The gas in the bottle cannot be completely used up, and the residual pressure of not less than 0.1-0.2MP should be retained.
Third, common uses
(1) The modified vehicle using the nitrogen-oxygen acceleration system sends nitrous oxide to the engine, which is decomposed into nitrogen and oxygen by heat to increase the engine combustion rate and increase the speed. Oxygen has a combustion-supporting effect and accelerates fuel combustion.
(2) Nitrous oxide can be used as a rocket oxidant. This is superior to other oxidants because it is non-toxic, stable at room temperature, easy to store and relatively safe to fly. The second benefit is that it can be easily broken down into breathing air.
(3) For anesthesia, no stimulation to the respiratory tract, no damage to important organs such as heart, lung, liver and kidney. In the body without any biological transformation or degradation, most of the original drug is excreted with exhaled breath, only a small amount of evaporation from the skin, no accumulation. Inhalation only takes 30s ~ 40s to produce analgesic effect, strong analgesic effect and weak anesthesia, the subject is awake (rather than anesthesia), avoiding the complications of general anesthesia, recovery after surgery.
(4) Used in foaming agents and sealants in the food industry.
Fourth, the packaging specifications
 

product name

Cylinder model

Diameter (mm)

Volume (L)

Height (mm)

Weight (kg)

Working pressure (MPa)

Wall thickness (mm)

Bottle material

Nitrous oxide cylinder

2LCylinder

140

2.5

300

5.5

15

3.6

37Mn

Nitrous oxide cylinder

3LCylinder

140

3.0

345

6.1

15

3.6

37Mn

Nitrous oxide cylinder

4LCylinder

140

4.0

395

7.1

15

3.6

37Mn

Nitrous oxide cylinder

8LCylinder

140

8.0

680

11.5

15

3.6

37Mn

Nitrous oxide cylinder

10LCylinder

152

10

710

13.5

15

4.0

37Mn

Nitrous oxide cylinder

15LCylinder

152

15

1020

18.5

15

4.0

37Mn

Nitrous oxide cylinder

20LCylinder

219

20

715

28

15

5.7

37Mn

Nitrous oxide cylinder

25LCylinder

219

25

865

33

15

5.7

37Mn

Nitrous oxide cylinder

30LCylinder

219

30

1015

38

15

5.7

37Mn

Nitrous oxide cylinder

35LCylinder

219

35

1165

43

15

5.7

37Mn

Nitrous oxide cylinder

40LCylinder

219

40

1315

48

15

5.7

37Mn

Nitrous oxide cylinder

50LCylinder

219

50

1615

58

15

5.7

37Mn


Fifth, the production process
1. Overall flushing type:
Billet sawing and cutting - induction heating - anti-extrusion punching - drawing - picking - closing - heat treatment - external sandblasting - mouth thread processing - internal sandblasting (or phosphating) treatment - hydraulic test - upper valve -Airtight test-spray-drying-inspection-inbound
2, steel pipe spinning forming method:
Steel pipe sawing and cutting - induction heating - spinning seal bottom - milling insole - induction heating - spinning pressure closing - heat treatment - sand blasting - mouth thread processing - internal sandblasting (or phosphating) treatment - hydraulic test - upper valve -Airtight test-spray-drying-inspection-inbound
Sixth, matters needing attention
(1) High-pressure gas cylinders must be kept in separate parts and kept in a stable position when standing upright; keep the gas cylinders away from heat sources to avoid exposure and strong vibration; generally, the volume of gas cylinders in the laboratory should not exceed two bottles.
a. At the shoulder of the cylinder, use the steel stamp to mark the manufacturer's date of manufacture. The cylinder model is working. The pressure and pressure test pressure and pressure test date and the next inspection date, gas volume, and cylinder weight.
b. In order to avoid confusion when using various cylinders, the cylinders are often painted in different colors to indicate the name of the gas in the bottle.
(2) The pressure reducer selected on the high pressure gas cylinder should be classified. The screw buckle should be tightened during installation to prevent leakage. When opening and closing the pressure reducer and the on/off valve, the action must be slow; when using, the switch valve should be rotated first. After opening the pressure reducer; when it is used up, first close the on-off valve, after exhausting the remaining gas, then turn off the pressure reducer. Do not just turn off the pressure reducer, do not close the switch valve.
(3) When using a high pressure gas cylinder, the operator should stand in a position perpendicular to the cylinder interface. Do not knock on the impact during operation, and always check for leaks. Pay attention to the pressure gauge reading.
(4) Oxygen cylinders or nitrous oxide bottles, etc., should be equipped with special tools and are strictly prohibited from contact with oil. Operators should not wear clothing gloves that are contaminated with various greases or that are sensitive to static electricity to avoid burning or explosion.
(5) The distance between the flammable gas and the combustion-supporting gas cylinder should be greater than ten meters from the open flame (if it is difficult to achieve, measures such as isolation can be taken).
(6) After use, the cylinder should be kept at a residual pressure of 0.05 MPa or more as specified. The flammable gas should be 0.2MPa~0.3MPa (about 2kg/cm2~3kg/cm2 gauge pressure). H2 should be kept 2MPa to prevent danger when re-inflating, and it can not be used up.
(7) Various cylinders must be regularly inspected for technical inspections. Gas cylinders filled with general gas shall be inspected once every three years; if severe corrosion or serious damage is found during use, inspection shall be carried out in advance.
Note: The above specifications of the cylinder are general reference materials. If you have special requirements, please call 40009 63336, 18563963366.
Corresponding parameter set not found, please add it in property template of background
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暂未实现,敬请期待
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