Ensuring that your technological applications are functioning as they should require having a basic understanding of their thermal management needs. Indeed, what may work for one application or industry might not be that effective with another, and knowing where to go from there can make a difference in preventing your equipment from overheating and being able to do so optimally. In today’s blog, the team at Noren Thermal Solutions in Taylor, TX discusses the ways you can take your application cooling capabilities to another level by recognizing your device’s needs and optimizing its function.
Understanding Classic Methods
As a number of different industries grew with the industrial boom, a major focus developed on keeping sensitive electronics functioning without the fear of overheating. Indeed, air to air thermal management rose in popularity as a means of preventing this phenomenon from occurring, and fans, as well as products of the like, were utilized to do so. The problem arose, however, that competition was increasing and space allotted for application cooling devices become smaller and smaller.
In the wake of competition, the need for optimal thermal management became known, and air-to-air thermal management options were pushed down the ladder of demand. Indeed, more sustainable methods were sought that could also meet the demand for production, and thus alternative options involving these concepts were created.
For over 40 years, the team at Noren Products has prioritized optimal function and prevention of overheating through environmentally friendly and ecologically sustainable methods. Indeed, our eco-friendly approach aims to give you the most out of your applications without costing you significantly, and we are ready to help. Reach out to speak to a member of our team today.
Benefits of Air to Water
One of the technologies we implement to achieve effective heat transfer involves the use of phase-change methods. This process involves using a liquid or fluid to absorb the waste heat an application produces until it has reached its latent point of vaporization. At this stage, the fluid-turned-vapor is carried away from the base so that the heat can dissipate. As this occurs, the latent temperature of the fluid decreases until it falls below its vaporization point, allowing it to change back into its liquid state. Finally, the fluid is cycled back to the base to repeat this process.
Suiting Your Needs
We recognize that the same solution that optimizes one application will likely not do the same for another, which is why we invite you to have an active role in the creation of your custom solution. Our team works with you to meet your unique parameters and help you get the most from your technology.
Learn More Today
Contact Noren Thermal Solutions in Taylor, TX by calling 512-595-5700 to learn more about this process or to speak to a member of our team to get started on your product today.