Our boiler tubes are carefully crafted from high-grade steel alloys selected for their strength, heat resistance, and corrosion resistance. This guarantees long-lasting performance even in harsh operating conditions.
Every boiler tube is made with strict dimensional accuracy so that it can be seamlessly integrated into boiler systems. This optimizes heat transfer and reduces energy wastage, making the system more efficient.
The surface of our boiler tubes undergo cleansing, descaling, passivation, and other treatments. These processes reinforce corrosion resistance and protect scale formation, thus enhancing durability.
Each tube end is meticulously treated through cutting, facing, beveling, deburring, chamfering, and inspection. This guarantees secure connections with other boiler components, preventing leakage.
High Temperature Resistance: Boiler tubes demonstrate an exceptional resistance to extreme temperature conditions, allowing them to endure the blazing heat generated within boiler systems without any deformity or destruction. This provides an efficient transferring of heat and avoids any structural harm.
Pressure Resistance: Boiler tubes are specially made to tolerate high-pressure situations that are usually experienced in boiler systems. They hold the prerequisite power and stability needed for keeping pressurized fluids or gases with no problems, ensuring successful and secure functioning.
Corrosion Resistance: Boiler tubes are constructed using corrosion-resistant elements, equipping them to hold back the corrosive consequences of fire exhaust, chemicals, and water located in boiler systems. This corrosion resistance aids in lengthening the life of the tubes and keep their performance long-term.
Efficient Heat Transfer: Boiler tubes are architected with flawless surfaces and accurate dimensions to maximize heat transmission from the burning gases to the steam or water within the boiler. This proficient transmission of heat improves energy efficiency, curbs fuel-wasting, and boosts the general system performance.
Precise Dimensions: Boiler tubes are built with exact measurements and rigorous tolerances to guarantee the exact fitting and consistency with other boiler elements. This allows for precise attachments, smooth circulation of fluids or gases, and the right running of the boiler system.
Boiler tubes are usually made from a selection of quality steel alloys such as carbon steel, low alloy steel or stainless steel. The specific material employed depends on the application and the operating conditions.
Outer Diameter (OD)
The outer diameter of boiler tubes is measured as its outer circumference - an important factor that ensures a correct fitment in the boiler system.
The wall thickness of boiler tubes is measured from the inner surface to the outer surface. This is important to determine the strength and resilience of the tube, as well as its heat transfer efficiency.
The length of boiler tubes is measured from one end to the other. This length is determined depending on the requirements of the boiler system or installation.
Power Generation: Boiler tubes are extensively used in power plants for generating electricity. They play a critical role in transferring heat from combustion gases to water or steam, which drives turbines to produce power.
Industrial Boilers: Boiler tubes are essential components in various industrial boilers, including those used in manufacturing, chemical processing, oil refineries, and food processing. They facilitate the efficient combustion of fuels and the production of steam or hot water for industrial processes.
Heat Exchangers: Boiler tubes are employed in heat exchangers to transfer heat between two fluids without mixing them. They are commonly used in applications such as HVAC systems, refrigeration units, and process industries where efficient heat transfer is required.
Petrochemical Industry: Boiler tubes find applications in the petrochemical industry for processes involving high temperatures and pressure. They are utilized in steam cracking units, reformers, and other equipment that require reliable heat transfer and resistance to corrosive environments.
We provide technical support and services for heat exchanger steel tube to ensure that our customers get the best performance from their products. Our team of experts provides solutions to a wide range of problems, including leak detection, corrosion prevention, and tube cleaning. We also provide ongoing maintenance and repair services to help keep your heat exchanger steel tube running at peak efficiency.
Our technical support and services include:
Our team of experienced technicians is available 24/7 to provide support and services for your heat exchanger steel tube. Our priority is to ensure that our customers get the best performance from their products.
Heat Exchanger Steel Tube is packaged and shipped according to customer requirements. The tubes are either bundled together in groups or may be individually wrapped and shipped on pallets or in cartons. All packages are clearly labeled to ensure proper identification and delivery.
Proper packaging is essential for safe transportation of the tubes. All tubes must be protected from dirt and dust, moisture, and damage. The tubes are wrapped in anti-corrosive paper or plastic and placed in a protective box. The boxes are sealed and labeled with the product information, customer information, and any relevant shipping information.
The tubes are also inspected for any defects or damage prior to shipping. Any damaged tubes are replaced with new ones before being shipped.
The tubes are shipped via ground, air, or sea freight depending on the customer’s requirements and the delivery destination.