What Are The Applications Of Low Temperature Flat Panel Gates?

Natural gas transport pipelines
In natural gas transport pipelines, low-temperature plate valves are used to control the flow and cutting of natural gas. These gates can withstand extremely low temperatures and still maintain their sealing and sealing performance in cold environments.
Petroleum Industry During the petroleum exploitation, storage and transportation process, low-temperature plate gates are used to process low-temperature petroleum and petroleum products. They are capable of handling pressure and temperature fluctuations in petroleum products and ensuring the safe and stable operation of pipeline systems. Liquefied natural gas (LNG) installations
In liquefied natural gas (LNG) storage and transportation installations, the low-temperature slab shutter is an essential or missing component. These gates are capable of operating at extremely low temperatures (-162°C) to ensure the safe storage and transportation of LNG.
Chemical and refrigeration systems In chemical and refrigeration systems, low-temperature plate valves are used to control the flow of low-temperature fluids (such as refrigerants, solvents, etc.). These measures can detect corrosive substances and temperature fluctuations in chemical fluids and ensure the normal operation of the system. Air separation equipment
In the air separation equipment, a low-temperature plate valve is used to control the flow of gases such as aeration, oxygen, and oxygen. These options are capable of working at extremely low temperatures, ensuring efficient operation and production quality of space equipment.
Marine engineering
In marine engineering areas, such as subsea oil and gas pipelines and marine platforms, low-temperature flat plate valves are used to control the flow of fluids in subsea pipelines. These gates can withstand the corrosion and high pressure environments of seawater and ensure the safe operation of undersea pipelines.
Cold storage can
In a cold storage can, a cold plate valve is used to control the advance of the fluid in the can. These gates can withstand the low temperature and pressure changes inside the can, ensuring the safe storage and transportation of the can.
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