Noblest Water-bath vaporizer
Wather bath vaporizer is a device that vaporizes low-temperature liquid gas into gaseous gas by heat exchange between hot water and low-temperature liquid gas. Its applicable media are liquid oxygen, liquid nitrogen, liquid argon, liquid carbon dioxide, liquefied petroleum gas, liquefied natural gas and so on.It adopts the advanced water temperature control systems,and the gasification volume is very stable.The outlet temperature shall be room-temperature or customized .
Characters electricheatingwaterbathgasifier:
★
Tailor- made high
efficiency electric
heating
equipment,
general speaking
,
the periodicity
of
replacing is
more
than
18 months.
★
The excellent
qua
l
ity, advanced technology
control
components, can 24 hou
rs
of
continuous
work safety
and
reliability.
★
Surface
spraying entrance
lacquer, quality,
more permanent internal
anti-rust
paint
spraying hig
h
temperature
,
and long service life
★
Optimal
design, no
waterla
yer
★
The parts
are very
complete,
every
carburetor
contains: th
e main
body,
electric heating equipment, control
box,
liquid level meter,
thermometer,inlet valve
,
blow down valve,etc.
Specification:
Options: (customer can select the following function based on demands)
Comparation of 3 types Water-bath Vaporizer for your refference:
Our advanced Electric Heating Water-Bath Vaporizer efficiently heats water using electricity, transforming liquefied gas into its gaseous state as it passes through the pipeline. Although it consumes more energy, it offers reliable performance and robust functionality for various industrial applications.
The innovative Steam-Bath Vaporizer leverages steam to heat water, which in turn heats the liquefied gas in the pipeline, converting it into gaseous gas. This vaporizer is ideal for users who have access to waste heat from boilers or other sources, offering an energy-efficient solution for your vaporization needs.
Our Circulating Hot Water Vaporizer employs circulating hot water to directly heat liquefied gas in the pipeline, transforming it into gaseous form. This design ensures efficient energy utilization and consistent gas output, making it a perfect choice for diverse industrial processes.
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