When it comes to meeting the more demanding thermal management needs of advancing technologies, heat exchangers can often offer several significant advantages. Their more streamlined designs allow them to fit more effectively into the smaller spaces provided by newer technology designs. Their continuous, looped transfer of electrical waste heat makes them more easily manageable in… Read more »
Category: Design & Analysis
3 Tips for Choosing the Right Heat Exchanger
Choosing heat exchangers for most common electrical cooling needs has become common practice for companies in a wide range of industries. In most cases, basic heat exchanger designs help companies significantly lower overhead costs related to electrical cooling, including energy and maintenance expenditures. However, electrical thermal management needs have evolved significantly over the decades, and… Read more »
The Value of Rapid Prototyping for Making Heat Exchangers
The advent of heat exchangers has been an important part of technological advancement for several decades. Appropriately, the technologies used to design and create heat exchangers have also evolved as manufacturers have implemented more advanced systems to meet increasing demand. One of the most impactful of those advancements has been the use of 3D printing… Read more »
Designing Thermal Management with Efficiency in Mind
With any technological innovation or new iteration on existing technologies, one of the greatest selling points is an improvement in efficiency. The same is true for electrical thermal management solutions, though in that case, efficiency is often more challenging to accomplish. Applications that include more powerful, longer-running components housed in smaller, sleeker designs need cooling… Read more »
Why Heat Exchangers Are Often the Right Cooling Solutions
The most notable advantage of heat exchangers is that they simplify the process of electrical thermal management. Compared to more traditional cooling solutions, they can deal with large amounts of waste heat quickly and efficiently, yet they do it using more streamlined and much less complicated methods. However, to achieve their notably high levels of… Read more »
What Is a Heat Exchanger Feasibility Study?
The basic principles of how heat exchangers transfer waste heat has been the cornerstone of how they’ve helped transform the realm of electrical thermal management. Their significant benefits when compared to more traditional thermal solutions have made them an obvious choice for companies that want to streamline their electrical thermal management and overall operations. However,… Read more »
Benefits of Designing Tech with a Focus on Thermal Management
Thermal management is an especially important area of concern for any form of technology. It dictates how efficiently the technology can run, and how long it can operate without overheating – key elements in any application’s productivity. With the significant benefits that heat exchangers provide for cooling electrical enclosures, it’s no surprise that many companies… Read more »
The Benefit of Rapid Prototyping for Making Heat Exchangers
One of the most important reasons why heat exchangers have remained a prominent thermal management solution for so many different applications is because of their ability to meet increasingly more pressing demands. Even as technology continues advancing, heat exchangers and their many different iterations have effectively met their advanced thermal management demands. Part of that… Read more »
Why Tech Designs Often Include Heat Exchangers
As heat exchangers became more popular over the last several decades, they’ve been implemented into different forms of technology throughout nearly every industry. Their efficient designs and heat transfer methods have made the thermal management solutions easily adaptable to most applications’ needs. However, many advanced technologies have also sprung up with heat exchangers as part… Read more »
Why Improved Accuracy with 3D Prototyping Matters
The concepts behind modern heat exchangers changed the face of electrical thermal management long ago. However, continued improvements in technology, thermal management processes, design and manufacturing processes, and more have kept them continuously evolving, which has forced manufacturers to implement more efficient and streamlined methods of innovating new solutions. Along with close collaboration between design,… Read more »