Liquid Argon Cylinder

Brand :HEBEI RUNFENG

Product origin :China

Delivery time :0~35days

Supply capacity :3000 pcs per month

Liquid Argon Bottle is mainly used for storage and transportation of liquid argon in the welding, smelting, semi-conductor industry such as chip production, aero engine manufacturing and other high-precision industrial fields. Compared with traditional steel cylinders, liquid argon dewars are easier to use and transport. The dewars we provide are vacuum with double vessels and have low evaporation rate. The design of safety valve and bursting disc ensures the bottle body 100% safe and non-hazardous. Multi-level safety inspection ensures products possess high quality standard before leaving the factory.

Product Description

Liquid argon dewar bottle is mainly composed of inner and outer shell, thermal insulation structure, pipeline system and operation & safety accessories.

Process system: 1. Liquid inlet system; 2. Liquid level and pressure measuring system; 3. Complete indication system; 4. Safety system; 5. Drainage system; 6. Ventilation system; 7. Vacuum system; 8. Booster system.

Dewar bottles can be installed and produced according to the accessories made by customers. At the same time, we can provide booster pump, vaporizers and other supporting facilities. The product has a mirror finish. The exquisite shape design details show the unique ingenuity of the product and fully display the image, quality and value of Hebei Runfeng.

Main Features:

1. High vacuum insulation technology is applied to achieve higher cost performance.

2. Ultrasonic flaw detection, high quality inspection.

3. Complete with level gauge and pressure gauge and other necessary fittings

4. Famous brand pressure relief valve

Dewar Cylinder Main Technical Parameters:

Full Volume: 80L/100L/175L/195L/210L/232L/410L/500L/1000L

Work Pressure: 1.37MPa/2.3MPa/2.88MPa/3.45MPa
Inner Tank Design Temperature: -196℃

External Tank Design Temperature: -20℃~+50℃
Insulation: Vacuum with Multi-layer Wrapped
Stored Medium: LO2,LN2,LAr,LCO2,LNG
Inner Tank Material: SS304 08 or SA240
Shell Tank Material: Q345R or SS304 08

Specification

Overall Size and Main Technical Parameters
Type	Nominal volume (L)	Working pressure (MPa)	Empty weight （Kg）	Maximum theoretical liquid filling capacity（Kg）					Gas cylinder size （mm）	Safety valve （MPa）	Rupture disk （MPa）	Filling weight（Kg）（±2KG）
				LNG	LO2	LN2	LAr	LCO2				LO2	LN2	LAr	LCO2
DPL Series - Vertical Cylinders	50	2.3	76	19	53	37	65	51	φ516*747	2.62	3.6	50	34	60	/
	80	2.3	85	31	87	62	107	84	φ516*907	2.62	3.6	80	56	98	78
	100	2.3	95	38	120	77	133	105	φ516*1037	2.62	3.6	100	70	123	97
	175	1.37	116	67	190	135	233	183	φ516*1507	1.59	2.4	175	121	213	169
		2.3	133							2.41	3.6
		2.88	146							3.45	5.17
		3.45	164							4.14	5.17
	195	1.37	125	75	212	150	260	204	φ516*1632	1.59	2.4	196	136	239	190
		2.3	145	/						2.41	3.6
		2.88	158							3.45	5.17
		3.45	185							4.14	5.17
	210	1.37	135	81	228	162	280	220	φ516*1717	1.59	2.4	207	144	252	200
		2.3	150	/						2.41	3.6
		2.88	166							3.45	5.17
		3.45	191							4.14	5.17
	230	2.01	180	85	244	170	298	237	φ666*1333	2.41	3.6	236	164	288	229
	240 (small cart)	1.37	185	84	242	168	295	234	8008001248	1.59	2.41	242	168	295	234
		2.3	213	/						2.62	3.6
		3.17	240							3.45	5.17
	410	1.37	325	157	/	/	/	/	8908701770	1.59	/	413	287	504	400
	450	1.37		/	488	345	599	471	8908701850	1.59	/	453	315	553	439
		2.3	370							2.41	3.6
		3.17	425							3.45	5.17
	500	1.37	360	192	542	384	665	523	8908702000	1.59	/	486	338	593	471
		2.3	407	/						2.41	3.6
		3.17	448							3.45	5.17
	1000	2.3	1033	/	/	454	904	891	φ1200*2182	2.6	3.6	1009	702	1231	978
		3.45				297	764	828		4.0	5.4
DPW Series - Horizontal Cylinders	410	1.59	342	158	/	/	/	/	18508201020	1.9	2.4	413	287	504	400
	499	1.59	353	192	541	383	664	522	21008201020	1.9	2.4	503	350	614	488
		2.1	406	/						2.86	3.6
		2.5	420							2.86	3.6
		3.45	510							4.15	5.17
	1000	1.59	585	/	1664	1330	1882	/	210011721400	1.9	2.4	977	679	1192	947
Note: The maximum filling capacity is calculated based on the boiling point of the liquid under normal atmospheric pressure. The actual filling capacity is affected by the liquid temperature and pressure inside the container, which is about 95% of the maximum theoretical filling capacity, and about 90% for natural gas.