Efficient Steel Heat Exchanger Suitable For Various Applications
Product Description:
Our boiler tubes craft from high-grade steel alloys, which have
great strength, heat resistance, and corrosion resistance to
provide long-lasting performance and reliability. The precise
dimensions of each boiler tube ensure seamless integration into the
boiler system and efficient heat transfer to minimize energy loss
for maximum efficiency.
Surface treatments like cleaning, descaling, passivation, and
coating are performed on the tubes to enhance corrosion resistance,
prevent scale formation, and provide increased durability. The ends
of the tubes are meticulously developed to ensure proper sealing
and connection, like cutting, facing, beveling, deburring,
chamfering, and inspection processes, which guarantee reliable and
leak-free joints with other boiler components.
Features:
Boiler tubes offer a variety of features that help them to
withstand the high temperatures, pressures, and corrosion that are
commonly encountered in boiler systems. They exhibit excellent high temperature resistance, allowing them to handle the extreme heat generated in boiler
systems without deformation or failure. This ensures efficient heat
transfer and prevents structural damage.
The tubes are also designed to withstand high-pressure conditions and possess the strength and integrity needed to safely contain
pressurized fluids or gases. This enables reliable and safe
operation.
Moreover, boiler tubes are made from corrosion-resistant materials, shielding them from the corrosive effects of flue gases,
chemicals, and water. This helps prolong the lifespan of the tubes
and maintain their performance over time.
In addition, boiler tubes are designed for efficient heat transfer. They feature smooth surfaces and precise dimensions to enable
maximum heat transfer from the combustion gases to the water or
steam within the boiler. This maximizes energy efficiency, reduces
fuel consumption, and promotes system performance.
Finally, boiler tubes are manufactured with precise dimensions and tight tolerances. This ensures proper fitment and compatibility with other boiler
components, enabling secure connections and smooth flow of fluids
or gases. This ultimately helps optimize the performance of the
boiler system.
Technical Parameters:
The composition of boiler tubes is usually made of high-quality
steel alloys, such as carbon steel, low alloy steel, or stainless steel. It varies depending on the purpose and working conditions. The
outer diameter of boiler tubes stands for the circular size
outside. It is significant to ensure that it fits the other
components of a boiler correctly. The wall thickness of boiler
tubes is taken from the internal surface to the external surface.
It is significant as it affects the strength, pressure resistance,
and heat transfer capacity of a tube. The length of the boiler
tubes is determined by the specific demands of the boiler system.
It may be changed based on the CPU sockets.
Applications:
In power generation, boiler tubes are essential components for
generating electricity as they are used to transfer heat from
combustion gases to water or steam, which drives turbines to
produce power.
In industrial boilers, boiler tubes are used to efficiently combust
fuel and produce steam or hot water which is required in the
manufacturing, chemical processing, oil refineries and food
processing industries for their respective processes.
Heat exchangers also heavily rely on boiler tubes to transfer heat
between two fluids without mixing them and are typically used in
HVAC systems, refrigeration units and process industries.
The petrochemical industry also needs boiler tubes to withstand
high temperatures and pressure, as they are used in steam cracking
units, reformers and other equipment.
Support and Services:
Heat Exchanger Steel Tube provides technical support and service to
customers, including:
- Provide professional advice on product selection.
- Provide complete technical data and product drawings.
- Provide design and engineering support for the application.
- Provide installation and commissioning assistance.
- Provide training and technical support.
- Provide prompt after-sales service.
Packing and Shipping:
Packaging and Shipping for Heat Exchanger Steel Tube:
Heat exchanger steel tubes are usually packaged in bundles with a
weight limit of between 500-1000 kgs and a length limit of between
4-8 meters. The tubes must be securely strapped and protected from
external impacts. Wooden boxes, wooden frames, and plastic bags are
usually used for packaging. The tubes will be shipped by a reliable
logistics company.
