H.Stars (Guangzhou) Refrigerating Equipment Group Ltd.

  In recent years, it's been noticeable that   industrial chillers   have become increasingly simple. From complex operating systems to user-friendly intelligent controls and modular designs, these changes raise an intriguing question: what is the truth behind this simplification? Key Factors Behind Simplification 1. Technological Advancements Technological progress is a key factor in the simplification of industrial chillers. With continuous advancements in technology, new materials, processes, and techniques have been widely applied in the manufacturing of industrial chillers. These innovations have significantly improved the performance of the equipment, while also paving the way for simplification. 2. Changing Market Demands Changes in market demands have also driven the simplification of industrial chillers. In industrial production, there is a growing emphasis on efficiency and cost reduction. To meet these market demands, manufacturers of industrial chillers have f...

  Industrial chiller units   play a crucial role in various industries, providing chilled water for processes such as plastics manufacturing, electronics production, and pharmaceuticals. However, like any mechanical system, chillers are prone to common problems that can affect their performance. In this blog post, we will discuss these issues and provide practical solutions to keep your industrial chiller running smoothly. Common Problems and Solutions: 1.Insufficient Refrigerant: One common issue with industrial chiller units is insufficient refrigerant. This can lead to decreased cooling capacity and inefficient operation. The solution is simple: supplement the chiller with an adequate amount of refrigerant and maintain the pressure during operation at around 0.5 MPa. 2.High Outdoor Temperatures: During the summer months, excessively high outdoor temperatures can put stress on the chiller's outdoor unit, leading to elevated condensing pressures and temperatures. To address t...

  The rapid development of petrochemical equipment on marine platforms all over the world, driven by the implementation of the national marine development strategy and the success of projects like the National Offshore Oil Corporation, underscores the importance of   seawater heat exchangers . These devices are crucial for the smooth operation and economic performance of offshore platforms, impacting safety, stability, and long-term production. Material Selection: Choosing the right materials is pivotal in seawater heat exchanger design, affecting production, safety, maintenance, and technological upgrades. Adherence to relevant standards and specifications is essential, considering factors like material mechanical properties, chemical composition, manufacturing processes, and owner requirements. Understanding material selection principles is invaluable for practical applications. Factors Influencing Material Selection: 1. Medium Characteristics: Corrosiveness, temperature, pr...