Engineered Car Wash Infrared Heaters

Many commercial car washes heat specific areas in winter, especially wash bays, detail lanes, drying zones, equipment rooms, and employee work areas. Infrared heaters are useful because they warm surfaces, floors, vehicles, and people directly rather than relying only on heated air that escapes when doors open. Stainless Steel construction is often considered for wet or corrosive wash environments.

In a vehicle, the heating system is generally called the car HVAC system or heater core system. For a commercial car wash facility, the equipment used to heat bays is usually called an infrared radiant tube heater, high-intensity infrared heater, or commercial radiant heating system. Combustion Research Corporation manufactures these ceiling-mounted systems for commercial and industrial applications.

Some car washes use heated water for cleaning performance, especially in colder conditions, but that is separate from space heating. Infrared heaters do not heat the wash water; they provide comfort and freeze-mitigation support by warming the floor, vehicle surfaces, equipment, and workers. A wash water boiler or water heating system is specified separately from overhead radiant heaters.

Infrared heaters are well suited to car wash bays because they do not depend on keeping a large volume of warm air inside the building. When overhead doors open, forced-air heat can leave quickly. Radiant infrared energy remains in warmed surfaces like concrete floors, vehicles, and equipment, helping the bay recover comfort faster after each door cycle.

Stainless Steel construction is often recommended where heaters are exposed to humidity, wash chemicals, road salt, and frequent moisture. Combustion Research Corporation offers Stainless Steel construction across applicable radiant heater lines for corrosive environments, including wash bays. Final material selection should be based on bay layout, exposure level, ventilation, ceiling height, and the product submittal requirements.

System sizing is typically based on square footage, ceiling height, insulation, door-cycle frequency, fuel type, mounting height, and target comfort level. Combustion Research Corporation provides engineering reference materials, calculators, and representative support for facility-specific sizing. For wash bays, corrosion exposure and clearances to combustibles should also be reviewed during specification.

Combustion Research Corporation systems can operate on natural gas, propane, oil for select Reflect-O-Ray variants, or electric power through the Solaira Alpha Series. Gas-fired radiant tube systems are often evaluated first where gas is available because they typically offer lower operating cost. Electric infrared may fit facilities where gas or propane is impractical.

Manufacturer warranties vary by product line. Omega II, Reflect-O-Ray, and Serengeti-IR radiant tube systems include a 10-year radiant tube warranty for internally created corrosion and a 3-year burner control warranty. Synergy systems carry a 1-year limited warranty. Warranty details should be confirmed in the current product documentation during specification.