Up To 10 Bar Flow Rate Passive Thermosiphon Heat Exchanger
Product Description:
The Thermosiphon Heat Exchanger is a thermosyphon thermal exchanger
that uses natural convection to transfer heat. It consists of two
tubes, one inside the other, with the outer tube being larger in
diameter. The inner tube is where the hot fluid flows, while the
outer tube contains the cooler fluid. The heat transfer occurs as
the hot fluid rises due to its lower density, creating a natural
flow of fluid within the exchanger. The cold fluid then flows down,
creating a continuous cycle of heat transfer.
One of the main advantages of the Thermosiphon Heat Exchanger is
its passive design, which makes it highly reliable and
cost-effective. It does not require external power sources or
pumps, making it ideal for remote locations or areas with limited
power supply. Additionally, its compact design allows for easy
installation and maintenance, making it a popular choice for many
industries.
The Thermosiphon Heat Exchanger is commonly used in various
industries, including petrochemical, pharmaceutical, and food
processing. It can be used in a wide range of applications,
including heating and cooling processes, refrigeration systems, and
waste heat recovery. Its high flow rate and operating temperature
make it a reliable choice for many industrial processes.
In summary, the Thermosiphon Heat Exchanger is a passive, compact,
and reliable solution for heat transfer in various industrial
processes. Its autonomous buoyancy-driven heater design makes it
highly efficient and cost-effective, while its high flow rate and
operating temperature make it an ideal choice for a wide range of
applications.
Features:
- Product Name: Thermosiphon Heat Exchanger
- Heat Transfer Method: Natural Convection
- Type: Passive
- Heat Transfer Area: Up To 10 M²
- Flow Rate: Up To 1000 L/h
- Efficiency: High
This thermosiphoning heat transfer apparatus, also known as a
thermo-syphon heat transfer unit or thermosyphon thermal exchanger,
is designed for natural convection heat transfer. It is a passive
system with a heat transfer area of up to 10 square meters and a
flow rate of up to 1000 liters per hour. With its high efficiency,
it is an effective solution for various heat transfer applications.
Technical Parameters:
| Heat Transfer Area: | Up To 10 M² |
| Type: | Passive |
| Application: | Heat Exchange |
| Flow Rate: | Up To 1000 L/h |
| Heat Transfer Method: | Natural Convection |
| Cost: | Affordable |
| Working Principle: | Thermosiphon Effect |
| Material: | Copper |
| Pressure Rating: | Up To 10 Bar |
| Design: | Compact |
Applications:
The Thermosiphon Heat Exchanger is an ideal product for heat
exchange in a variety of situations. It can be used in a wide range
of industries, including chemical, petroleum, power generation, and
more. The compact design makes it easy to install and maintain,
while the convection-driven heat transfer assembly ensures
efficient heat transfer without the need for external power.
This thermos-syphon heat transfer unit is perfect for scenarios
where there is a need for reliable, low-maintenance heat transfer.
It is particularly useful in industrial settings where space is at
a premium, or where external power is not available.
The Thermosiphon Heat Exchanger is suitable for a variety of
application occasions. It can be used to transfer heat in process
heating, waste heat recovery, and other industrial processes. It is
also suitable for use in heating and cooling systems, where it can
help to maintain a consistent temperature in a variety of settings.
Overall, Sunmoral's Thermosiphon Heat Exchanger Model Number 1 is a
versatile and reliable product that is ideal for a variety of
industrial settings. Its compact design, convection-driven heat
transfer assembly, and ability to operate without external power
make it a useful addition to any industrial process that requires
efficient heat transfer.
Customization:
OEM/ODM
Support and Services:
The Thermosiphon Heat Exchanger product technical support and
services include:
- Expert technical assistance with installation and operation
- Assistance with troubleshooting and problem resolution
- Maintenance and repair services
- Training and educational resources
- Custom design and engineering services for unique applications
