CRYO TRUCK TO WING

EPDM O-ring with focus on automotive, chemical processing, pharmaceutical and general industrial applications, black.

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CIIR O-Ring with focus on heating ventilation air conditioning (HVAC) and refrigeration, consumer, general industrial and hydrogen applications, black.

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TPU O-ring with high wear and extrusion resistance, for high-pressure applications and small housings with no space for back-up rings, green.

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Parker’s Press-In-Place seals are custom designed seals that fit into complex groove patterns without having to be stretched or retained. These custom seals are designed to withstand a wide variety of environments, fluids, pressures and temperatures.

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Flange seal. Internal pressure. Static and intermittently dynamic. FlexiSeal. Spring-energized PTFE seal. Low assembly force.

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Metal C-Rings are flange seals for applications involving extreme temperatures, pressures or media. C-Seals are also suitable for use with uneven flanges.

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Metal E-Rings (E-Seals) are flange/casing seals. They are designed for aerospace and general industrial high-temperature applications where the sealing gap enlarges due to operating pressure and thermal influences.

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Warp Seals are special static seals that compensate for axial, radial and/or angular misalignment within a wide tolerance range. They are suitable, for example, for sealing port connections and feedthroughs of all kinds in housings.

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Vibration isolators are essential components in minimizing the transmission of energy from vibrating industrial and off-highway equipment to its surroundings. By effectively reducing noise and structural vibrations, these devices play a critical role in enhancing operational efficiency and comfort.

Vibration isolators work by decoupling the source of vibration from the environment, either by diminishing the amplitude of vibration or by shifting the resonance frequency away from operational frequencies.

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The use of fluid conveyance technology in hydrogen distribution

Parker’s Bestobell cryogenic valves are specifically designed to be used in cryogenic applications where extremely low temperatures are present. These valves are commonly used in the transportation of liquefied gases, including hydrogen, which must be kept at temperatures well below their boiling points to remain in their liquid form.

When transporting hydrogen, the use of Bestobell cryogenic valves is important to ensure the safety and efficiency of the transport process. These valves are designed to withstand the extreme temperatures and pressures that are involved in transporting cryogenic fluids, such as liquid hydrogen.

Featured cryogenic valves

Parker’s Bestobell cryogenic valves are also designed to be highly reliable and to provide tight shut-off, ensuring that the hydrogen remains safely contained within the transport vessel. The use of cryogenic valves in the transport of hydrogen is important to ensure that the hydrogen is transported safely and efficiently, without the risk of leaks or other safety issues.

These valves are an important component of any cryogenic transport system and can help to ensure the safe and reliable transport of hydrogen and other cryogenic fluids.