Add to ORKGA low-cost fitting, fabricated from standard connectors, is used for disconnecting flow lines in cryogenic systems. Utilizing vacuum-jacketed lines made from two sizes of tubing welded at the ends, the connectors are stronger and setup time is reduced
Cylindrical wire-mesh strainer which fits inside flare-tube fittings is readily installed and easily...
Special tool seals electrical conductors connecting instrumentation within space vehicle cryogenic f...
U-tube containing liquid indicates pressure differences in a leakage tester. This tube, connecting t...
Flow control of cryogenic liquids is achieved through use of an electrical feed-through connector wi...
Insulated feed-thru conduit minimizes heat pickup by a cryogenic fluid passing through the walls of ...
Rolling-type spacers in the form of steel balls retained in appropriate sleeves affixed at intervals...
Cryogenic-liquid transfer system, containing a ring structure with tensioned small diameter, high st...
For speed and safety in handling disconnect fittings on a hose carrying liquid under pressure, speci...
Principles of connector testing, design evaluation of commercial connectors, and assessment of desig...
Sealing hydraulic fluid within a tube and passing the tube through a reducing die produces high qual...
Port structure in the JT-60SA is designed to access vacuum vessel inside for vacuum exhausts, plasma...
In Stennis Space Center's Component Test Facility, piping lines carry rocket propellants and high pr...
A compilation on the devices, techniques, and methods used in piping and tubing technology is presen...
Connector pair consists of two iron cores brought together a short distance from each other. Each co...
A control valve that can throttle high-pressure cryogenic fluid embodies several design features tha...
Cylindrical wire-mesh strainer which fits inside flare-tube fittings is readily installed and easily...
Special tool seals electrical conductors connecting instrumentation within space vehicle cryogenic f...
U-tube containing liquid indicates pressure differences in a leakage tester. This tube, connecting t...
Flow control of cryogenic liquids is achieved through use of an electrical feed-through connector wi...
Insulated feed-thru conduit minimizes heat pickup by a cryogenic fluid passing through the walls of ...
Rolling-type spacers in the form of steel balls retained in appropriate sleeves affixed at intervals...
Cryogenic-liquid transfer system, containing a ring structure with tensioned small diameter, high st...
For speed and safety in handling disconnect fittings on a hose carrying liquid under pressure, speci...
Principles of connector testing, design evaluation of commercial connectors, and assessment of desig...
Sealing hydraulic fluid within a tube and passing the tube through a reducing die produces high qual...
Port structure in the JT-60SA is designed to access vacuum vessel inside for vacuum exhausts, plasma...
In Stennis Space Center's Component Test Facility, piping lines carry rocket propellants and high pr...
A compilation on the devices, techniques, and methods used in piping and tubing technology is presen...
Connector pair consists of two iron cores brought together a short distance from each other. Each co...
A control valve that can throttle high-pressure cryogenic fluid embodies several design features tha...
Cylindrical wire-mesh strainer which fits inside flare-tube fittings is readily installed and easily...
Special tool seals electrical conductors connecting instrumentation within space vehicle cryogenic f...
U-tube containing liquid indicates pressure differences in a leakage tester. This tube, connecting t...