Gold Member Since 2013
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Shanghai Eternal Faith Industry Co., Ltd.

Tank, Storage Tank, Oxygen Tank manufacturer / supplier in China, offering Lox/Lin/Lar/LNG Perlite Insulation Cryogenic Storage Tank, Aluminum Small Portable Oxygen Cylinder Medical Oxygen Gas Cylinder, DOT 3AA Seamless Steel Gas Cylinder 40L /47L/50L Oxygen Cylinder and so on.

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Lox/Lin/Lar/LNG Perlite Insulation Cryogenic Storage Tank

FOB Price: US $380 / Piece
Min. Order: 1 Piece
Min. Order FOB Price
1 Piece US $380/ Piece
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Production Capacity: 2000units Per Year
Transport Package: by Weaved Bag Load by Container or Bulk Boat
Payment Terms: L/C, T/T, Paypal, Money Gram, Western Union

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Basic Info
  • Model NO.: CFL
  • Thermal-Insulating Mode: Perlite Powder Vacuum Insulation and Super Vacuum
  • Medium: Lox/Lin/Lar/LNG/Lco2/LC2h4
  • Usage: Industrial, Gas-Liquid Separation, Air Separatio
  • Specification: GB/CE/DOT/ ASME
  • HS Code: 7311009000
  • Capacity: 1m3-200m3
  • Working Pressure: 0.2mpa-3.5mpa
  • Tank Type: Vertical, Horizontal
  • Trademark: SEFIC
  • Origin: Shanghai
Product Description
Liquid Gas Tank Feature:
1) Two Layers; Perilite Powder Vacuum insulation and super vacuum multi-layer insulation;
2) Types: Vertical / Horizontal
3) Use High strength SS steel;
4) Differe working pressure according to clients requirement;
5) Many Standards: GB/EC PED / ASME / AS1210

The word cryogenics stems from Greek and means "the production of freezing cold"; However, the term is used today as a synonym for the low-temperature state. It is not well-defined at what point on the temperature scale refrigeration ends and cryogenics begins, but most scientists[2] assume it starts at or below -150 ° C or 123 K (about -240 ° F). The National Institute of Standards and Technology at Boulder, Colorado has chosen to consider the field of cryogenics as that involving temperatures below 180 ° C (-292 ° F or 93.15 K). This is a logical dividing line, since the normal boiling points of the so-called permanent gases (such as helium, hydrogen, neon, nitrogen, oxygen, and normal air) lie below 180 ° C while the Freon refrigerants, hydrogen sulfide, and other common refrigerants have boiling points above 180 ° C.

Cryogenic Process:
The field of cryogenics advanced during World War II when scientists found that metals frozen to low temperatures showed more resistance to wear. Based on this theory of cryogenic hardening, the commercial cryogenic processing industry was founded in 1966 by Ed Busch. With a background in the heat treating industry, Busch founded a company in Detroit called CryoTech in 1966 which merged with 300 Below in 1999 to become the world's largest and oldest commercial cryogenic processing company. [citation needed] Busch originally experimented with the possibility of increasing the life of metal tools to anywhere between 200%-400% of the original life expectancy using cryogenic tempering instead of heat treating. This evolved in the late 1990s into the treatment of other parts.
Cryogens, like liquid nitrogen, are further used for specialty chilling and freezing applications. Some chemical reactions, like those used to produce the active ingredients for the popular statin drugs, must occur at low temperatures of approximately 100° C (about -148° F). Special cryogenic chemical reactors are used to remove reaction heat and provide a low temperature environment. The freezing of foods and biotechnology products, like vaccines, requires nitrogen in blast freezing or immersion freezing systems. Certain soft or elastic materials become hard and brittle at very low temperatures, which makes cryogenic milling (cryomilling) an option for some materials that cannot easily be milled at higher temperatures.
Cryogenic processing is not a substitute for heat treatment, but rather an extension of the heating - quenching - tempering cycle. Normally, when an item is quenched, the final temperature is ambient. The only reason for this is that most heat treaters do not have cooling equipment. There is nothing metallurgically significant about ambient temperature. The cryogenic process continues this action from ambient temperature down to 320 ° F (140 ° R; 78 K; 196 ° C). In most instances the cryogenic cycle is followed by a heat tempering procedure. As all alloys do not have the same chemical constituents, the tempering procedure varies according to the material's chemical composition, thermal history and/or a tool's particular service application.
Items Model working pressure (MPA) Extemal dimension          (MM ) Net weight              (kg) Full-load weight      
1 CFL-Y05/1.0 1 2216*4405 4130 9830 8180 11130
2 CFL-Y05/1.75 1.75 2216*4405 4400 10100 8450 11400
3 CFL-Y10/1.0 1 2216*7098 6250 17920 14620 20520
4 CFL-Y10/1.75 1.75 2216*7098 6861 18261 14961 20861
5 CFL-Y15/0.8 0.8 2616*6520 7380 24480 25125 28380
6 CFL-Y15/1.75 1.75 2616*6520 8501 25601 20651 29501
7 CFL-Y20/0.8 0.8 2616*8030 8925 31725 25125 36925
8 CFL-Y20/1.75 1.75 2616*8030 10378 33178 26578 38378
9 CFL-Y30/0.8 0.8 2616*11070 12166 46366 36466 54166
10 CFL-Y30/1.75 1.75 2616*11070 14300 48500 38600 56300
11 CFL-Y50/0.8 0.8 3020*12685 19494 76494 59994 89494
12 CFL-Y50/1.75 1.75 3020*12685 23050 80050 63550 93050
13 CFL-Y100/0.8 0.8 3520*17585 33800 147800 114800 174800
14 CFL-Y100/1.6 1.6 3520*17585 40550 154550 121550 181550
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