Noblest Water-bath Vaporizer
Water-bath vaporizer is an innovative device designed to transform low-temperature liquid gas into gaseous form via efficient heat exchange between hot water and cold liquid gas. It's ideal for a wide range of media, including liquid oxygen, nitrogen, argon, carbon dioxide, liquefied petroleum gas, and liquefied natural gas.Featuring advanced water temperature control systems, our vaporizer guarantees a stable gasification volume. The outlet temperature can be set to room temperature or customized according to your needs.
Key CharacteristicsElectricHeatingWaterBathGasifier:
★
Custom-designed high-efficiency electric
heating
equipment,
typically requiring
replacement every
18 months.
★
Superior quality, cutting-edge technology
control
components, enabling
24 hours
of
continuous
safe and
reliable
operation.
★
Surface treated with high-quality lacquer,
ensuring long-lasting anti-rust protection and
durability.
★
Optimal design, no water layer
★
Complete parts set - each carburetor includes the main
body, electric heating equipment, control
box, liquid level meter, thermometer, inlet valve,
blow-down valve, and more.
Specifications:
Options: Customers can select from the following functions based on their specific needs.
Comparison of Three Types of Water-bath Vaporizers for Your Reference:
The electric heating water-bath vaporizer operates by using electricity to heat water. This heated water then transfers its heat to the liquefied gas flowing through the pipeline, effectively converting it into gaseous form. Although highly efficient, it is important to note that the water bath vaporizer tends to have higher energy consumption.
The steam-bath vaporizer utilizes steam to heat water, which subsequently heats the liquefied gas as it travels through the pipeline, converting it to gaseous form. This vaporizer is especially ideal for users who have access to residual heat from boilers or other sources of afterheat, making it an energy-efficient choice.
The circulating hot water vaporizer employs a continuous flow of hot water to heat the liquefied gas within the pipeline, efficiently transforming it into gaseous form. This method ensures a consistent and reliable conversion process.
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