●Custom shape capability for a fine application fit.

●significant flexible and durable overuse conditions.

●Efficient distribution of heat for uniform temperature control.

One Major Consideration for This Application:

Most important would be that the heaters are compatible with the electrical system and have been designed to meet the very specific thermal management of the application. The demands of each will vary greatly, meaning that the design should be done with the application in mind. Power density and thermal conductivity will be the primary focus of this customization. Any of the surface points, for example, that demand significant heat, will have their primary focus.

●Delivers rapid heat for your application with significant fine control to maintain a specific temperature setpoint.

●Converts a significant portion of the applied electricity directly into heat, substantially reducing the electrical load.

●Provides less material to resist vibration and not roll off over time compared to traditional heaters. Entirely flexible and capable of an even wider variety of shape configurations. It's lighter and because it's so thin capable of higher power density without overloading.

●Requires less energy to produce, reducing the carbon footprint for the life of the part.

Graphene nano quartz heaters are a new option that presents application-specific solutions that improve over usually distributed heat in terms of both reliability and accuracy. Our team has designed these for efficiency and also for access to almost any shape your application calls for. They’re designed for progress.

An input catalog sizing tool is at your disposal so you can know of the many available custom options in addition to after-delivery additional support from us, Sinton, that you may wish to take advantage of to get some advice from experts on custom fitting solutions for your application needs.