Effective thermal management for industries like manufacturing and power plants has always been a challenge. To meet it, companies used to have to rely on costly, sometimes unreliable solutions like air conditioners. Fortunately, today’s electrical waste heat management can often be much simpler and cost-effective, especially with the help of advanced heat exchangers. Rather than grudgingly accepting the high costs of traditional thermal management techniques, companies can improve a number of areas of operations by upgrading their cooling solutions to advanced heat exchangers. (more…)

Ever since they were first introduced to the mainstream as efficient alternatives to air conditioners, heat exchangers have continued to transform the realm of electrical thermal management. For example, manufacturing facilities can now operate continuously without worrying about equipment overheating or energy costs skyrocketing. In fact, heat exchangers have been so successful that virtually every industry now has multiple uses for them, and in many cases, they’ve helped make possible the evolution of advanced technologies. (more…)

Thermal management is a vital component to any electrical equipment or technology. As such, most application’s function optimally when an appropriate thermal management solution is considered during the design process. Yet, existing machinery, control panels, and other forms of technology can also benefit greatly from cleaner, more efficient, and more reliable ways of managing electrical waste heat, especially those that have previously relied on solutions such as air conditioning. To help companies save on thermal management costs without having to unnecessarily replace equipment, heat exchangers can often be fitted to existing applications in a variety of industries. (more…)

The secret behind how heat exchangers revolutionized electrical thermal management lies in their efficient, eco-friendly methods of transferring waste heat. For instance, instead of actively chilling the air inside of an electrical enclosure, a heat exchanger’s fluid can absorb the heat and transfer it safely away from components that could be damaged by it. Depending on the specific application, heat exchanger technology can be applied in several ways, such as heat spreading, conduction, natural/forced convection, or a combination of these and other techniques. (more…)

The science of electrical thermal management grows more complex every time new technology is developed or old technology is improved upon. Typically, new technologies are more powerful than their predecessors, and therefore, need higher performing heat transfer methods. However, new applications are also generally smaller than those before them, which means their thermal management solutions also have to fit into tighter spaces. To effectively and efficiently meet the changing demands of innovative technology, heat exchangers are often the ideal thermal management solution. Designing more powerful thermal management solutions is easier and less time-consuming when the designs are based on proven, highly customizable technology, such as heat exchangers. (more…)

The heat exchanger market has become a worldwide industry as more and more companies rely on them for a variety of thermal management needs. In addition to cooling electrical control cabinets, which made heat exchangers famous, the technology is now used for broad range of applications throughout virtually every industry. The reason companies continue to rely on heat exchangers is because they continue to help reduce overall costs and improve productivity as they advanced along with more powerful technology. That means even as manufacturing equipment and other technologies grow more powerful, heat exchangers continue to be able to effectively and efficiently meet their high-performance thermal management demands. (more…)

Heat exchangers have been an important part of electrical thermal management for several decades, and they continue to grow even more popular as more industries take advantage of their benefits. Most importantly, those benefits include the ability to effectively and efficiently transfer electrical waste heat without the exorbitant energy and maintenance needs that are typically associated with other forms of thermal management. When implemented in most manufacturing and other industry processes, these benefits can have a widespread impact on a company’s overall operations. (more…)