Radiant Heating System Cost: Pricing Guide

For a 2,000-square-foot facility, radiant heating cost depends on the system type, ceiling height, insulation, BTU load, fuel source, gas piping, electrical drops, and venting requirements. Combustion Research Corporation quotes commercial infrared systems after application-specific sizing rather than using a flat square-foot price. Residential embedded radiant floor systems are a different product category than CRC’s overhead commercial infrared heaters.

A properly specified radiant infrared heating system can provide long service life when installed and maintained according to the manufacturer’s requirements. Combustion Research Corporation supports long-term ownership with a 10-year radiant tube warranty for internally created corrosion on Omega II, Reflect-O-Ray, and Serengeti-IR systems, plus a 3-year burner control warranty on qualifying systems.

Major cost drivers include facility square footage, ceiling height, BTU sizing, fuel type, system configuration, construction material, gas piping distance, electrical service, vent terminations, and clearance requirements. Stainless Steel construction, corrosive environments, high-bay doors, or specialized code requirements can affect pricing. CRC systems are quoted through a local representative after the facility application is reviewed.

Gas-fired radiant infrared systems often have lower operating costs than electric systems when natural gas or propane is available. CRC recommends evaluating Omega II or Reflect-O-Ray gas-fired radiant tube heaters first for many commercial facilities. Electric infrared systems, such as Solaira Alpha, are useful where gas is impractical, especially in protected outdoor or semi-outdoor commercial spaces.

Commercial infrared radiant systems commonly deliver 30-50% energy savings compared with conventional forced-air heating in suitable high-bay, industrial, warehouse, hangar, or door-cycling applications. Radiant heat warms floors, equipment, inventory, and occupants directly instead of heating the air column near the roof, reducing wasted energy in tall or frequently opened buildings.

BTU sizing depends on insulation, ceiling height, door-cycle frequency, building use, and desired comfort level. CRC’s engineering reference notes typical warehouse rules of thumb ranging from 25-40 BTU per square foot for insulated low-bay spaces to 65+ BTU per square foot for poorly insulated or heavy door-cycle facilities. Application-specific calculations are recommended.

Typical payback depends on installed cost, fuel rate, operating hours, building conditions, and the heating system being replaced. CRC references payback periods of about 2-5 years on energy savings alone in many comparable commercial applications. Utility rebates may also be available through local natural gas commercial or industrial efficiency programs.

You can request a quote through Combustion Research Corporation’s North American representative network or call 888-852-3611. Be prepared to provide facility square footage, ceiling height, fuel availability, application type, insulation conditions, door-cycle patterns, and any special environmental requirements. This information helps determine the appropriate system, BTU range, materials, and installation considerations.