EPS Heat Treat Headlines

Solar panel demand and subsequent manufacturing are growing at an impressive rate.  As noted in one report, “Solar power has been expanding rapidly in the past eight years, growing at an average pace of 40 percent per year”.  At the same time, the cost per kilowatt-hour of solar photovoltaic systems has also been dropping, while electricity generated from fossil fuels is becoming more expensive.  Ultimately meaning that solar power is projected to reach cost parity with conventional power sources in many US markets by 2015 with total contribution to the USA’s power needs reaching 10% by 2025. With a plethora of movers and shakers behind the solar movement, including at the State and Federal level, the solar market and demand for relative products has no ceiling.

As this exciting time in solar energy continues to evolve, EPS ovens is matching the excitement by offering Continuous and Batch ovens for Solar Panel Curing.  Our latest technology in computer based control for solar panel curing ovens offers the versatility to meet your requirements for solar panel manufacturing, as we have for multiple customers to date.

We can work with you quickly to provide a comprehensive proposal as we all move forward with this burgeoning solar power technology .

Send us your requirements here, and we will provide you with a complete, customized proposal.

For a limited time we are now offering free freight on all SHEL LAB ovens as well as Cress Single Chamber and Cress Dual Chamber Heat Treat Furnaces.

The SHEL LAB oven series offers a diverse choice of forced air ovens (floor models and bench-top units), gravity convection, clean room ovens, nitrogen purge ovens, and vacuum ovens. You will often hear the terms drying oven, curing oven, or bake out oven being used in industrial applications. These are generic terms that can be represented across multiple heat processing applications.  Click here for help finding the SHEL LAB Oven that will best fit your application.

Cress Heat treat (Hardening) furnaces have higher heat output power than draw furnaces due to the elevated temperatures at which they operate. Heat transfer to the tool steel is accomplished by a very efficient process called direct radiation. Temperature uniformity in these furnaces is best in the red heat range. Normal maximum temperature is 1232°C (2250°F). Optional 1316°C (2400°F.

For a free quote or questions about EPS Ovens Contact Us Here