xingtian, Author at kansa

Air-cooled industrial chillers are indispensable in sectors like manufacturing, pharmaceuticals, and food processing, where precise temperature control ensures product quality and operational continuity. While these systems are valued for their reliability and low maintenance compared to water-cooled alternatives, their energy consumption can strain budgets. Here’s how to optimize performance, slash operating costs, and make informed

In the plastics industry, precise temperature control directly impacts product quality and operational efficiency. Air-cooled industrial chillers have become a cornerstone technology for managing heat generated during processes like injection molding, extrusion, and blow molding. These systems enable manufacturers to maintain consistent cooling while addressing space constraints and water scarcity challenges. Ⅰ. Why Temperature Control

Chillers are the fundamental units used in various industries to provide efficient cooling. Ranging from industrial process cooling systems to commercial building air conditioning, chillers help control temperature by removing heat from liquids like water or a water-glycol solution. In this guidebook, we will take you through the process of how chillers work step by

With the rise in temperature in hot weather, most industrial chillers are experiencing high-pressure alarms, which are extremely inconvenient. High-pressure alarms are a built-in safety feature of chillers that avoid damage in non-cooling operation of the system. The article deals with the reason for high-pressure alarms in chillers and the solution to the issue. Why