Introducing the Noblest Water-Bath Vaporizer
The water-bath vaporizer is expertly designed to transform low-temperature liquid gas into gaseous form through efficient heat exchange between hot water and the liquid gas. It is compatible with a variety of media, including liquid oxygen, nitrogen, argon, carbon dioxide, liquefied petroleum gas, and liquefied natural gas.This vaporizer features an advanced water temperature control system, ensuring a consistently stable gasification volume. The outlet temperature can be precisely set to room temperature or customized as per requirements.
Distinctive FeaturesElectricHeatingWaterBathGasifier:
★
Tailor-made, highly
efficient electric
heating
equipment;
generally speaking,
the replacement cycle
is more than
18 months.
★
Excellent quality,
advanced technology,
control
components enable
24-hour
continuous
operation with
safety
and reliability.
★
Surface spraying
entrance lacquer,
providing durable
internal anti-rust
protection with
high-temperature
resistance
and
a long service life.
★
Optimal design
ensures no
waterlayer.
★
Comprehensive parts list;
each vaporizer includes:
main body,
electric heating equipment,
control box,
liquid level meter,
thermometer,
inlet valve,
blow down valve,
and more.
Specification:
Options: (Customers can choose the following functions based on their needs)
Comparative analysis of three types of water-bath vaporizers for your reference:
The Electric Heating Water-Bath Vaporizer utilizes electric energy to heat water, which in turn heats the liquefied gas flowing through the pipeline, transforming it into a gaseous state. Despite its effectiveness, it tends to consume more energy due to its reliance on electricity for heating.
The Steam-Bath Vaporizer employs steam to heat water, which then heats the liquefied gas passing through the pipeline, converting it into gaseous gas. This vaporizer is particularly advantageous for users who have access to boiler afterheat or other residual heat sources.
The Circulating Hot Water Vaporizer operates by directly using circulating hot water to heat the liquefied gas as it moves through the pipeline, effectively transforming it into its gaseous form. This method ensures efficient and continuous vaporization.
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