Vertical and Horizontal Dewar 175L / 195L / 210L 2.3 MPa, 500L 1.59 MPa Cryogenic Liquid Oxygen Container Gas Cylinder

• Customization: Available
• After-sales Service: Available
• Warranty: One Year
• Model NO.: HLT
• Function: Storage Pressure Vessel
• Application: Liquid
• Material: Stainless Steel
• Pressure: 1.6MPa≤p<10.0MPa
• Storage Medium: Liquid Nitrogen Argon Oxygen
• Pressure Level: Low Pressure (0.1MPa≤p<1.6MPa)
• Condition: New
• Products: Welded Insulated Cylinder
• Stardand: GB24159-2009
• Diameter: 506
• Weight of Cylinder: 121`182kg
• Height: 1507~1727mm
• Payment Term: T/T
• Sample: Available
• Volume: 175L, 195L, 210L
• Transport Package: Standard Seaworthy Package
• Specification: DPL210
• Trademark: HLT
• Origin: China Anhui
• HS Code: 1009000
• Production Capacity: 1000000/Year

Product Description

Vertical and Horizontal Dewar 175L / 195L / 210L 2.3 MPa, 500L 1.59 MPa Cryogenic Liquid Oxygen Container Gas Cylinder


Description

What't the advantage of Dewai bottle?

1,The weight of the gas cylinder is about 116Kg, and the total weight after being filled with liquid gas is about 300Kg, while the total weight of the compressed gas in 30 cylinders with the same amount of gas is nearly 2000 Kg. Therefore, the auxiliary cost oftransportation and manual handling can be greatly reduced.
With automatic pressurization control, saving circuit, built-in vaporizer, pressure and liquid level indicating device, high
integration.

2,The storage pressure is low, and the multi-level safety protection device is installed, which has better safety and simple and reliable operation.

3,Large storage capacity, the gas storage capacity of a cylinder is equivalent to nearly 30 cylinders of cylinder gas (oxygen,nitrogen). Therefore, the storage space can be reduced, and the bottle changing operation can be reduced. 195L Dewar manufacturers can improve work efficiency. For centralized gas supply in pipelines, bus investment can be reduced.

Types of cylinder

Vertical type

Horizontal type


Details of cylinder

Technical Parameters

Product No.	LNG Cylinder for vehicle
	CDPW500 -150-1.59	CDPW500 -160-1.59	CDPW500 -170-1.59	CDPW500 -175-1.59	CDPW500 -180-1.59	CDPW500 -185-1.59	CDPW500 -190-1.59	CDPW500 -200-1.59	CDPW500 -205-1.59	CDPW500 -210-1.59
Dimension mm	Φ556x1159	Φ556x 1209	Φ556x 1259	Φ556x 1284	Φ556x 1309	Φ556x 1334	Φ556x 1361	Φ556x 1412	Φ556x 1439	Φ556x 1464
Norminal Volume L	150	160	170	175	180	185	190	200	205	210
Effective Volume L	135	144	153	157.5	162	166.5	171	180	184.5	189
Net Weight Kg	131	136	141	143	145	148	150	155	158	160
Maximum filling capacity Kg	49	52	56	57	59	61	62	66	67	69
Weight with gas Kg	180	188	196	200	204	208	213	221	225	229
Static evaporation rate%/d	≤2.90	≤2.70	≤2.50	≤2.40	≤2.38	≤2.36	≤234	≤2.30	≤2.30	≤2.29
Working pressure MPa	1.59
Testing Pressure MPa	3.18
Design temperatureºC	-196
Opening pressure of main relief valve MPa	1.6
Opening pressure of auxiliary safety valve MPa	2.41
Filling medium	LNG(liquified natural gas)
Air flow volume Nm3/h	60~120
Economic regulator setting value MPa	0.965
Pressure display method	Pressure gauge and pressure sensor
Surface treatment	Polishing
Level gauge form	Capacitance level gauge
Base structure	Saddle support
Material	Austenitic stainless steel (06Cr19Ni10 or 304)

Production process



More cylinders to choose



Package of welded insulated cylinder




FAQ for welded insulated cylinder

Q: What products you can provide ?
A: We specialize in producing LPG cylinder, LNG cylinder, Cryogenic Liquid Storage Tank (LO2, LN2, LAr, LCO2 and LNG), etc. Any interests you can feel to contact us for details. Thanks.
Q: What is your production standard?
A: Our company has obtained the A2 and C2, C3 Pressure Vessel Fabrication Certificates.
Q: Have you supplied cylinders to any renowned companies?
A: Our group company is a regular strategic partner of some big gas companies. We have supplied many storage tanks for them with different sizes. The biggest size we ever provided is 3000m3 ordinary pressure storage tank.
Q: What can you gurantee?
A: Equipment warranty is 12 months from the date on which the equipment is applied successfully into operation, or 14 months from the date on which the equipment has been delivered, whichever comes first.