Schwank Heaters: Complete Guide for Facilities

People researching Schwank heaters are typically comparing commercial infrared heating systems for large or hard-to-heat spaces. These may include warehouses, aircraft hangars, manufacturing plants, auto dealership service bays, CNG repair facilities, ice arenas, natatoriums, agricultural buildings, and loading docks. The main goal is usually efficient comfort heat at occupied levels rather than heating unused air near the ceiling.

Radiant infrared heaters warm floors, equipment, vehicles, inventory, and people directly, while forced-air systems primarily heat air. In high-bay buildings or facilities with frequent door cycling, heated air rises or escapes quickly. Combustion Research Corporation systems are documented to reduce operational costs by 30-50% compared with conventional heating, especially in warehouses, hangars, service bays, and industrial plants.

Common options include low-intensity radiant tube heaters, high-intensity ceramic infrared heaters, and commercial electric infrared heaters. Combustion Research Corporation offers vacuum radiant tube systems such as Reflect-O-Ray, power-vented Omega II systems, compact Serengeti-IR units, Synergy ceramic heaters, and Solaira Alpha electric heaters. The best fit depends on ceiling height, coverage area, fuel availability, ventilation, corrosion exposure, and whether full-building or spot-zone heat is needed.

Sizing depends on square footage, ceiling height, insulation level, building use, door-cycle frequency, fuel type, and required comfort zones. General engineering references often use BTU-per-square-foot ranges, but commercial systems should be reviewed using product specifications and facility-specific calculations. Combustion Research Corporation provides calculators and engineering support for new construction, retrofits, high-bay buildings, and specialized applications such as hangars and natatoriums.

Combustion Research Corporation’s gas-fired radiant tube systems are designed to reduce energy use by heating occupied surfaces instead of the full air volume. Reflect-O-Ray and Omega II systems can deliver 30-50% energy savings over conventional forced-air systems. Gas-fired systems are often preferred when natural gas or propane is available, while electric infrared may fit protected outdoor or semi-outdoor areas where gas is impractical.

Combustion Research Corporation lists a 10-year limited warranty on burner core and combustion and heat exchanger tubes, with manufacturer references also noting 10-year radiant tube coverage for internally created corrosion on select product families and a 3-year burner control warranty. Synergy systems carry a 1-year limited warranty. Warranty applicability depends on the product, construction, application, and installation conditions.

Yes, specific system constructions are available for challenging environments. Stainless Steel Reflect-O-Ray variants are specified for corrosive or high-humidity settings such as natatoriums, aquatic centers, wash bays, ice arenas, and chemical processing areas. These applications require careful attention to material selection, humidity, chloramines, ventilation, and code requirements, so product specifications should be reviewed during design.

Pricing is quoted based on facility square footage, ceiling height, BTU sizing, fuel type, product configuration, and construction materials such as powder coated, aluminized steel, or stainless steel. Combustion Research Corporation systems are available through a North American representative network. Facility owners, engineers, or contractors can request guidance through the rep finder or call 888-852-3611.