Radiant Heaters

Vacuum-fired systems use an exhauster to pull combustion gases through the tube, allowing longer runs and custom configurations for large facilities. Power-vented units use a blower to push exhaust out, offering simpler installation for smaller BTU ranges. Both deliver corrosion-resistant aluminized steel tubing and 10-year warranty coverage on radiant tubes.

BTU requirements depend on ceiling height, insulation, climate, and square footage. Combustion Research Corporation's engineering team performs heat loss calculations to size systems ranging from 30,000 BTU/hr for small spot heaters up to 250,000 BTU/hr per unit for large industrial spaces, ensuring accurate, efficient coverage.

Yes. Radiant tube heaters typically deliver 30-50% energy savings over conventional forced-air heating by directly warming objects and occupants rather than circulating air, reducing heat loss through ventilation and stratification. This also minimizes dust and pathogen movement common with forced-air blowers.

Yes. Stainless steel burner housing and reflector options, such as those in the Reflect-O-Ray and Omega II lines, resist corrosion from chloramines, road salt, and humidity, making them well-suited for natatoriums, car wash bays, and chemical processing facilities.

Most models run on natural gas or propane (LP) gas, with some Reflect-O-Ray systems also available in oil-fired configurations for facilities without natural gas access. Fuel type selection depends on availability at your site and specific application requirements.

It depends on the system. Vacuum-fired and power-vented tube heaters require venting through a roof or wall using an exhauster or blower. Synergy high-intensity heaters, however, require no direct venting, making them suitable for both indoor and protected outdoor installations.