常熟國強(qiáng)和茂管材有限公司
Sinupower Heat Transfer Tubes Changshu Ltd.
CN
EN 
400-100-7068
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微信號(hào)：WEIXINHAOMA
微信號(hào)：WEIXINHAOMA
微信號(hào)：WEIXINHAOMA
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 pressure bearing capacity of large cross-section multi-channel folding tubes has no fixed value and is affected by factors such as material, wall thickness, and channel design. Taking this type of folding tube commonly used in heat exchange scenarios as an example, its experimental burst pressure was measured to be 21.9MPa. After optimizing the structure, the pressure bearing capacity can be f
The core of the pipeline layout above the rail transit (including various pipelines laid at the top of tunnels, above platform canopies, and above elevated line bridges) is centered around the three major needs of "safe operation, functional matching, and environmental adaptation" of rail transit, to achieve functions such as water supply and drainage, energy transmission, communication signals, a
The processing of microchannel flat tubes is based on aluminum alloy extrusion molding as the core process (suitable for mass production needs), combined with subsequent surface treatment, precision machining, and testing processes. The overall process revolves around "micro channel forming accuracy, structural integrity, and material performance stability". The following is a detailed process bre
The selection of elliptical flat tubes for heat exchange equipment is aimed at improving heat transfer efficiency, optimizing space utilization, reducing operating energy consumption, and meeting the core requirements of dense arrangement and efficient heat transfer of heat exchange equipment. The specific reasons are as follows:
The core advantage of the structural design of D-shaped pipes lies in the form optimization that meets the requirements of the scene, combining space utilization, mechanical performance, and functional adaptability, and demonstrating outstanding performance in various application scenarios.
The pressure bearing capacity of large cross-section multi-channel folding tubes has no fixed value and is affected by factors such as material, wall thickness, and channel design. Taking this type of folding tube commonly used in heat exchange scenarios as an example, its experimental burst pressure was measured to be 21.9MPa. After optimizing the structure, the pressure bearing capacity can be f
The core of the pipeline layout above the rail transit (including various pipelines laid at the top of tunnels, above platform canopies, and above elevated line bridges) is centered around the three major needs of "safe operation, functional matching, and environmental adaptation" of rail transit, to achieve functions such as water supply and drainage, energy transmission, communication signals, a
The processing of microchannel flat tubes is based on aluminum alloy extrusion molding as the core process (suitable for mass production needs), combined with subsequent surface treatment, precision machining, and testing processes. The overall process revolves around "micro channel forming accuracy, structural integrity, and material performance stability". The following is a detailed process bre
The selection of elliptical flat tubes for heat exchange equipment is aimed at improving heat transfer efficiency, optimizing space utilization, reducing operating energy consumption, and meeting the core requirements of dense arrangement and efficient heat transfer of heat exchange equipment. The specific reasons are as follows:
The core advantage of the structural design of D-shaped pipes lies in the form optimization that meets the requirements of the scene, combining space utilization, mechanical performance, and functional adaptability, and demonstrating outstanding performance in various application scenarios.
Service Hotline：400-100-7068
Address: No. 15, Liuzhou Road, Yushan High-tech Industrial Park, Changshu
E-email：info@sinupower.com
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