Cata-Dyne WX Explosion-Proof Infrared Gas Catalytic Heater 10000 BTU 4.2A Natural Gas W1224-211111

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The cata-dyne™ wx series infrared gas catalytic explosion-proof heaters are the industry standard for hazardous location heating needs. They are available in over twenty three-inch depth cabinet sizes with gas electrical and accessory connections on the back side of the heater. The industry standard - cata-dyne™ heaters boast the most efficient conversion of hydrocarbon fuels to infrared energy compared to any competitive brand on the market today with over a quarter of a million units in service during our 40-year history and an exceptional safety record. Designed for both hazardous and non-hazardous applications cata-dyne™ is the benchmark in innovation for space or spot heating. Customer care - thermon's state of the art 105000 sq. Ft. Edmonton manufacturing facility is designed to ensure our worldwide customer base of the most efficient explosion-proof and general purpose infrared gas catalytic heaters and heating systems for use in industrial heating. We are the only fully integrated infrared gas catalytic manufacturing plant in the world sharing our unique technology and manufacturing techniques with three other manufacturing facilities. This enables us to exert greater quality control over our product lines and allows us to respond quickly to our customer's special heating application needs. Infrared technology ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" infrared is smart. It heats only what needs to be heated personnel or equipment within a facility not the surrounding air infrared is direct. It takes less time and energy to do the job infrared is versatile. It handles a large variety of process and space heating applications infrared is environmentally friendly. It helps surpass today's ever-tightening standards infrared radiation is a form of electromagnetic energy that is generated by the vibration and rotation of atoms and molecules within all objects with temperatures above absolute zero (0°kelvin; -273&

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