Dpstar supplied energy-efficient, infrared heating elements in-house. Our expertise is centered on producing unrivaled technical products for the application of infrared in any industrial process. Our most ideal, affordable, and efficient range of Quartz Infrared Heaters provides long-wave infrared radiation which is suitable for industrial applications.
A versatile and popular radiant emitter, infrared quartz heating elements provide an instant heat response wherever it’s needed, across a variety of industrial process applications. Normally favoured and used for industrial processes where rapid heater response and/or zone-controlled heating is required, quartz elements heat up in seconds – far less time than ceramic heaters. This makes them particularly efficient and effective for manufacturing processes such as plastic thermoforming, curing and heater systems with long heater-off cycles. Operating up to 750°C (1380°F), infrared quartz radiant heater produces wavelengths in the 1.5 – 8-micron spectrum, slightly shorter than ceramic elements. With a standard voltage of 230V, standard wattages range between 150W and 1000W.
Our full range of medium to long-wave, infrared quartz elements – including full, half, quarter, and square elements, together with pillared quartz elements and quartz square tube elements – are CE approved. Custom quartz heating elements are also an option for our customers.
Properties
Quartz infrared heating elements provide medium wave infrared radiation. They are favoured in industrial applications where a more rapid heater response is necessary, including systems with long heater off cycles. The standard quartz heating elements range consists of cassette style elements constructed with aluminised steel as standard, stainless steel is also an option. These emitters have peak emissions in the medium to long wavelength range.
SQE infrared quartz heating element (150 – 1,000W) providing an instant heat response for a variety of industrial process applications. These elements are particularly effective for manufacturing processes where a rapid heater response is required.
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