Stay informed with Kenergy's latest updates, industry trends, and answers to frequently asked questions about heat exchange tube selection and maintenance.
Kenergy showcased new products including flooded evaporator tubes and high-efficiency condenser tubes at the 2026 China Refrigeration Expo. The booth attracted numerous professional visitors for in-depth discussions.
Kenergy's new plant has officially commenced production, boosting annual heat exchange tube capacity to over 20,000 tons and significantly improving delivery capability to support peak-season customer demand.
Kenergy has successfully passed ISO 9001 quality management system certification, ensuring full traceability from raw materials to finished products for guaranteed quality.
Kenergy signed a strategic cooperation agreement with a renowned domestic air conditioning brand to provide customized high-efficiency heat exchange tube solutions.
Kenergy was recognized as an Outstanding Supplier for 2025 by a key customer, continuing to deliver high-quality heat exchange tubes with reliable supply performance.
Analysis of how 2026 refrigerant replacement policies affect heat exchange tube materials, specifications, and market demand — providing selection guidance.
The use of high-efficiency heat exchange tubes in the heat pump market is growing rapidly. This article analyzes the driving factors and future trends to support customer selection decisions.
Analysis of how copper price trends affect heat exchange tube manufacturing costs and procurement pricing, with purchasing strategy recommendations.
Stainless steel heat exchange tubes show promising application prospects in seawater desalination. Analysis of technical requirements and market potential.
Exploring the development direction of flooded evaporator technology and corresponding performance requirements for enhanced boiling heat exchange tubes.
Inner-grooved tubes use spiral grooves on the inner wall to enhance heat transfer, achieving 30%+ higher efficiency than smooth tubes, making them the preferred choice for high-EER air conditioners.
Selection should consider heat transfer area, surface structure, material, tube diameter, and other factors — must match specific operating conditions.
Copper has better thermal conductivity, but stainless steel offers stronger corrosion resistance. Choose based on media corrosiveness; neither is universally superior.
Judge based on corrosion, scaling, leakage, and heat transfer efficiency decline. Regular inspection is the key to timely replacement.
The TC Series is specifically designed for shell-and-tube condensers, suitable for central air conditioning chillers, industrial heat pumps, and similar applications.