Sinupower Heat Transfer Tubes Changshu Ltd. is located in Changshu Yushan High-Tech Industrial Park, which is within the one-hour economic circle of the Yangtze River Delta, adjacent to Shanghai, Suzhou, Wuxi, Kunshan, Taicang and other economically active cities. The automotive industry value chain in the surrounding areas spans across nearly the full range from the upstream suppliers to the downstream end users. Within convenient distance, Changhe Expressway (s38), Shenhai Expressway (G15), G15w, G204 and other important transport networks are easily accessible. Sinupower is jointly founded by Mr. Robert Gao, who is a leading figure in the field of heat transfer tubes and once worked in the world's top 500 enterprises, together with a group of branch elites. Sinupower develops, manufactures and sells new energy precision aluminum alloy tubes with various wall thicknesses, shapes and sizes, such as folded tubes, rectangular tubes, flat oval tubes, round tubes, D-shape tubes, hour glass tubes, etc. These products are widely used in automotive heat exchange, commercial air conditioning, power station cooling, etc. Adhering to the concept of integrity, dedication, quality and innovation, we are in close collaboration with industry customers and continue to give full play to our excellent technology & quality. We are determined to become a global leader in precision aluminum tubes.

Transfer heat from hot fluid to cold fluid
Effectively control the heat dissipation and energy saving of each link
Cooling equipment with stable performance and long service life
Many new high-efficiency devices to improve heat exchange efficiency
Engineering, manufacturing, and installation to set performance and quality requirements
Design, manufacture and installation meet the set performance and quality requirements
Total solution provider for heat transfer tubes
Total solution provider for heat transfer tubes

Tube width: 9.0-60mm Tube height: 1.0-3.05mm Number of Ports: 5-28,are widely used in the automotive air conditioning as well as HVAC applications.

Tube width: 102-248mm, Tube height: 4.98-29.78mm, Material thickness: 0.32-1.0mm, special for modular cooling of small power battery unit

Tube width: 26-52mm, Tube height: 1.8-2.45mm, Material thickness: 0.25-0.45mm, which can be widely used in Radiators and Heater Cores

Tube width: 16-120mm,Tube height: 1.5-3.0mm,Material thickness: 0.2-0.35mm, widely used in a variety of radiator applications

Outer diameter: 8-76mm, Material thickness: 0.3-3.5mm, widely used in all kinds of manifold applications

Tube width: 8-120mm, Tube height: 4-30mm, Material thickness: 0.3-3.5mm, widely used in intercoolers, water pipes and battery shells

The iterative upgrading of modern thermal management equipment sets higher requirements for the structural design, heat transfer efficiency and compatibility of heat exchange tubes. Traditional round tubes and ordinary flat tubes feature simple structures with limited heat exchange areas, making them unsuitable for manufacturing new lightweight and compact heat exchangers. As a new-generation core
In pipe processing and structural supporting fields, the compatibility of special‑shaped pipes directly affects component installation, surface finishing and long‑term service performance. Conventional round and square pipes have limitations in flush‑mounting, space adaptation and fluid transportation. They are prone to poor fixation, excessive space occupation and uneven coating. Featuring a dedi
Hourglass tubes are special‑shaped high‑frequency welded tubes with distinctive structures. Their core feature lies in the constricted middle section while both ends retain regular bore diameters. Thanks to its unique tapered configuration, it is applicable to various industrial working conditions such as fluid regulation and heat‑exchange supporting applications. Unlike conventional equal‑diamete
Square steel tube (square steel tube) is a commonly used profile in the fields of mechanical manufacturing, steel structure, etc. It is divided into welded square tube and seamless square tube according to the forming process. The core structural performance revolves around three dimensions: mechanical performance, geometric stability, and adaptability. It has the characteristics of high strength,
The corrosion resistance of large cross-section multi-channel folding pipes depends on the substrate material, surface treatment process, as well as the stress and gap effects caused by the folding structure. Its corrosion resistance performance needs to be comprehensively judged based on material and structural characteristics. The specific analysis is as follows:

The iterative upgrading of modern thermal management equipment sets higher requirements for the structural design, heat transfer efficiency and compatibility of heat exchange tubes. Traditional round tubes and ordinary flat tubes feature simple structures with limited heat exchange areas, making them unsuitable for manufacturing new lightweight and compact heat exchangers. As a new-generation core
In pipe processing and structural supporting fields, the compatibility of special‑shaped pipes directly affects component installation, surface finishing and long‑term service performance. Conventional round and square pipes have limitations in flush‑mounting, space adaptation and fluid transportation. They are prone to poor fixation, excessive space occupation and uneven coating. Featuring a dedi
Hourglass tubes are special‑shaped high‑frequency welded tubes with distinctive structures. Their core feature lies in the constricted middle section while both ends retain regular bore diameters. Thanks to its unique tapered configuration, it is applicable to various industrial working conditions such as fluid regulation and heat‑exchange supporting applications. Unlike conventional equal‑diamete
Square steel tube (square steel tube) is a commonly used profile in the fields of mechanical manufacturing, steel structure, etc. It is divided into welded square tube and seamless square tube according to the forming process. The core structural performance revolves around three dimensions: mechanical performance, geometric stability, and adaptability. It has the characteristics of high strength,
The corrosion resistance of large cross-section multi-channel folding pipes depends on the substrate material, surface treatment process, as well as the stress and gap effects caused by the folding structure. Its corrosion resistance performance needs to be comprehensively judged based on material and structural characteristics. The specific analysis is as follows: