ASTM A179 Heat Exchanging Tube For Heat Transfer Applications
Product Description:
Superior Material
Our boiler tubes are crafted from high-grade steel alloys, selected
for their exceptional strength, heat resistance, and corrosion
resistance properties. This contributes to both the long-lasting
performance and reliability of the product, even in harsh operating
conditions.
Precise Dimensions
Our boiler tubes are precisely manufactured, with tolerances to
ensure a seamless integration into the whole boiler system. This
ensures efficient heat transfer, leading to less energy loss and,
in turn, a higher system efficiency.
Enhanced Surface Treatment
The surface of our boiler tubes undergoes diligent treatment
processes that include cleaning, descaling, passivation, and
coating. This ensures better protection from corrosion, eliminates
scale formation, and increases overall product durability.
Secure Connections
Our boiler tubes undergo a range of treatments before they are
installed in a boiler system. Through processes such as cutting,
facing, beveling, deburring, chamfering, and inspection, we
guarantee secure and leak-free connections with other boiler
components.
Features:
High Temperature Resistance
Boiler tubes have the remarkable ability to withstand the extreme
heat generated in boiler systems, remaining stable and undamaged.
This impressive performance facilitates successful heat transfer,
averting the risk of structural failure.
Pressure Resistance
Boiler tubes have been constructed with an advanced strength and
resistance to pressure, handling the pressure of fluids or gases
stored safely within them. This greatly contributes to the
dependable and risk-free operation of boiler systems.
Corrosion Resistance
Boiler tubes are composed of materials that can battle against the
corrosive effects of flue gases, chemicals, and water. This
screening from corrosion extends the working life of the tubes and
maintains their performance.
Efficient Heat Transfer
Boiler tubes are deliberately designed with smooth surfaces and
precise measurements for the efficient flow of heat from combustion
gases to the boiling water or steam. This optimizes energy
efficiency and reduces fuel usage, leading to improved system
performance.
Precise Dimensions
Boiler tubes are manufactured to precise dimensions and strict
tolerances to guarantee the right fitment and compatibility with
other boiler components. This permits secured connections,
uninterrupted flow, and optimal operation of boiler systems.
Technical Parameters:
The Material Composition, Outer Diameter, Wall Thickness, and
Length of Boiler Tubes
Boiler tubes are typically made from high-quality steel alloys,
such as carbon steel, low alloy steel, or stainless steel. The
specific material composition may vary based on the application and
operating conditions.
The outer diameter of boiler tubes refers to the measurement of the
tube's outer circumference. It is an important parameter for
ensuring proper fitment and compatibility with other boiler
components.
The wall thickness of boiler tubes refers to the measurement of the
tube's wall from the inner surface to the outer surface. It plays a
crucial role in determining the tube's strength, pressure
resistance, and heat transfer efficiency.
The length of boiler tubes refers to the measurement of the tube
from one end to the other. It can vary based on the specific
requirements of the boiler system or installation.
Applications:
Power Generation: Boiler tubes are widely used for generating
electricity in power plants. They are at the very core of
transferring heat from combustion gases to water or steam, which in
turn drives the turbines that generate power.
Industrial Boilers: Boiler tubes are integral parts of the various
industrial boilers, such as the ones used in manufacturing,
chemical processing, oil refineries and the food processing. These
tubes greatly promote the efficient combustion of fuels and the
production of steam or hot water for industrial purposes.
Heat Exchangers: Boiler tubes are also necessary in heat exchangers
to permit the exchange of heat between two fluids without leading
to their mix together. These tubes are implemented mostly in HVAC
systems, refrigeration units and other process industries that need
efficient heat transfer.
Petrochemical Industry: Boiler tubes are necessary in petrochemical
industry for all the high temperature and pressure possessing
processes. These tubes are present in steam cracking units,
reformers and other equipment which necessitate reliable heat
transfer and resistance to corrosive atmospheres.
Support and Services:
Heat Exchanger Steel Tube Technical Support and Service
We offer comprehensive technical support and service for our Heat
Exchanger Steel Tube products. Our team of experts are available to
provide the following services:
- Design consultation
- Installation assistance
- Troubleshooting
- Maintenance and repair
- Replacement parts
We also offer a complete line of accessories and spare parts for
our Heat Exchanger Steel Tube products. Our knowledgeable staff is
available to answer any questions you may have about our products
and services.
Packing and Shipping:
The Heat Exchanger Steel Tube will be packaged and shipped in
accordance with industry standards. The tubes will be securely
packaged in a variety of materials, including cardboard, wooden
crates, or plastic wrap. The tubes will be shipped using a variety
of methods, including air freight, ground freight, or ocean
freight. The tubes will be shipped with appropriate documents,
including bills of lading, export, or customs documents.
