• Ω structure design, core technology independently controllable
• Compact structure, strong anti-freeze capability
• High-efficiency heat transfer, easy to disassemble and maintain
• Advanced diffusion welding technology, high compactness
• Space-saving, resistant to high pressure and temperature
• High-efficiency heat transfer, wide range of applicable media, long service life
• Leading low-carbon thermal management solutions
• Sustainability combined with efficiency
Providing a comfortable indoor environment, improving energy efficiency, and reducing energy consumption.
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A low-temperature controlled supply chain system from production to consumption.
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Especially in refrigeration equipment, heat pump systems, and equipment related to food processing.
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For heat transfer, improving energy efficiency, and ensuring equipment reliability.
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Cooling system optimization, preventing equipment overheating, corrosion-resistant materials.
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Hydrogen cooling, high-temperature and high-pressure adaptation, hydrogen storage processes, maintaining hydrogen purity.
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Cooling system optimization, improving combustion efficiency, reducing engine overheating, extending mechanical life.
Learn MoreThe advantage of technology means that our partners can confidently seek the best service from us in all areas.
As a demonstration unit for the reform of the workforce construction in Hangzhou and the establishment of harmonious labor relations in the new era, Shenshi Energy focuses on sustainable corporate development and the comprehensive growth of its employees.
Over the past 40 years of reform and opening up, China's shipbuilding industry has made significant strides, transitioning from closed to open, traditional to modern, and weak to strong. Despite these historical achievements, the industry still faces challenges such as being large but not yet powerful.
