Infrared Heaters offer 81% radiant efficiency.
Press Release Summary:
Suited for ceilings up to 60 ft high, supraSchwank Series includes Delta Mixing Chamber that produces precise pressurized gas/air combustion mixture, plus environmentally-friendly burner assembly that generates negligible NOx emissions. Available for natural gas or liquid propane, 5-model series features inputs from 29,500-118,000 Btu/h. Units are suited for industrial, commercial, and other space and spot heat applications.
Original Press Release:
Schwank Introduces World's Most Efficient Infrared Heater, the 81% Efficient supraSchwank Series
The high throw and 81% radiant efficiency combination of the supraSchwank Series is the economical heating solution for ceilings of up to 60 feet high.
Contact: Bill Summers, U.S. Natl' Sales Mgr.
Schwank Heaters
(417) 890-9304
bsummers@schwankheaters.com
Schwank Heaters, Waynesboro, Ga., a leading international manufacturer of infrared heaters, has introduced the world's most efficient infrared heater, the supraSchwank Series for industrial, commercial, and other space and spot heat applications with ceilings up to 60 feet high.
The supraSchwank's patented high intensity heater design includes a Delta Mixing Chamber that produces a precise pressurized gas/air combustion mixture plus an environmentally-friendly burner assembly that generates negligible NOx emissions. These features plus a well-insulated construction result in a world-leading 81-percent radiant efficiency and 96-percent combustion efficiency. The supraSchwank's luminous ceramic tile design yields a quick return-on-investment by reducing gas input requirements up to 50 percent and 25 percent compared to conventional gas-fired space heaters and infrared tube style heaters, respectively.
Available for natural gas or liquid propane, the five-model series ranges from inputs of 29,500 Btu/h to 118,000 Btu/h.
For more information on Schwank infrared radiant space and spot heating products please visit www.schwankheaters.com or call (417) 890-9304.
