Rapid Heat-Up & Thermal Cycling
Get the fast, precise, and ultra-efficient heating you need, when you need it.
Datec is leading the industry with the unique ability to print heating elements directly onto aluminum, offering a seamless fit into a wide-range of product footprints and a thin, low-profile design. Our IntegrAL® heating technology produces fast, precise, uniform, and integrated heat to meet the demand for performance, reliability, and energy efficiency.
Whether you’re improving an existing product or creating something entirely new, Datec’s thick film technology is the ideal alternative for Kapton® Polyimide, silicone, foil, or traditional thick film heaters.
Get the fast, precise, and ultra-efficient heating you need, when you need it.
Our patented sol-gel thick film technology has 2-10x the watt density of other heating elements, like Kapton.
Thick film heating elements reach the exact temperature you need quickly and repeatedly.
Datec thick film heats consistently and evenly on aluminum, mica, glass, and steel.
Dependable heating with no hot or cold spots.
Thick film heating elements have low thermal mass and conserve energy without compromising performance.
Compact and portable, thick film technology has low-voltage options as low as 3.7 volts.
Our heating elements can be printed directly onto most substrates, saving space, materials, and cost.
With a max processing temperature of 400°C, our heating circuits can be deposited on materials with low melting temperatures, such as aluminum.
At Datec, we provide OEMs with the high performance, thick-film heating components they need to manufacture and advance their products.
Datec’s new low voltage DC aluminum-base heater, IntegrAL® LV, is a high-performing, thick-film heating element that is ideal for portable or battery-operated devices.
The client required a medical device that could be used to thermally destroy cancerous cells. Datec developed an aluminum-based heater (IntegrAL® LV) for a low-voltage medical application that is extremely energy efficient, produces even heat, and takes only seconds to reach 120°C.
Engineering and Application Expertise
Customized Heating Solutions to Maximize Your Product Performance
All Products Manufactured in North America
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