Factory Heating: Solutions & Buyer’s Guide

Use this factory heating buyer’s guide to compare radiant tube, high-intensity ceramic, and electric infrared systems for real industrial conditions. Combustion Research Corporation helps facility managers, engineers, and design-build contractors evaluate BTU sizing, ceiling height, fuel type, clearances, corrosion exposure, and ROI—so production floors stay comfortable, efficient, and safer without wasting heat in unused overhead air.

Factory floor with ceiling-mounted infrared heaters

Our Factory Heating Services

Compare engineered infrared systems for large plants, high-bay spaces, loading docks, and specialized industrial environments.

Vacuum Radiant Tubes

Reflect-O-Ray vacuum systems are custom-engineered for large or complex factories needing efficient, even infrared coverage, long effective burn length, and reduced utility drops in demanding high-bay conditions.

Power-Vented Tubes

Omega II power-vented systems provide unitary gas-fired radiant tube heating for smaller factories, zones, and straightforward layouts where custom vacuum engineering is not required.

Ceramic Infrared Heat

Synergy ceramic infrared heaters deliver maximum operating temperature in under one minute, making them ideal for spot heating work cells, loading areas, entrances, and protected outdoor spaces.

Electric Infrared Heat

Solaira Alpha commercial electric infrared heaters support covered or semi-outdoor factory areas where natural gas or propane is impractical and ceiling or wall mounting is preferred.

Compact Tube Heaters

Serengeti-IR compact radiant tube heaters bring CRC’s dry tube technology to smaller commercial, agricultural, workshop, and single-bay factory applications requiring 40K-60K BTU packages.

Sizing & ROI

CRC reference tools help facility teams evaluate BTU sizing, clearances, installation factors, operating cost, utility rebates, and payback expectations before specifying a heating system.

Engineer reviewing factory heating system plans

How to Choose Factory Heating Systems

Assess the Factory Environment

Begin with the building: square footage, ceiling height, insulation, door openings, ventilation, work zones, and target temperatures. High-bay plants and door-cycling areas usually need a different strategy than compact production rooms or protected outdoor spaces.

Confirm Available Fuel Sources

Match Technology to Application

Review Engineering Requirements

Evaluate ROI and Warranty

Specified Across Industries

Proven Applications

Industrial facilities use CRC infrared systems to improve comfort, reduce waste, and support demanding operating conditions.

"Our 16-bay garage runs with doors opening constantly, so keeping students comfortable through Connecticut winters was a real challenge. Reflect-O-Ray units installed over each bay solved it. The concrete floor acts as a heat sink, absorbing and re-radiating warmth back into the space, so students feel warm at lower thermostat..."

Ella T. Grasso Technical School

"We chose a two-stage Omega II 30-ft low intensity tube system for our new two-story hospital, and it's been the right call. The 60,000–100,000 MBH output keeps our rear operating area genuinely comfortable, not just warm air blowing around. Our concrete slab absorbs and re-radiates the heat, so the space..."

Fenton River Veterinary Hospital

"Hangars are the hardest buildings to heat. High bay, minimal insulation, and a massive overhead door that dumps cold air in every time it opens. Forced air simply couldn't keep up without burning through energy. Ten 40-foot straight tubes at 150 MBH with reflectors changed that completely. Radiant heat warms..."

Tac Air – Bradley International Airport

"Heating a 120-yard indoor field under a 65-foot domed roof is not a standard job, and Reflect-O-Ray was the only system engineers felt could be tailored to it. Twelve 360,000 B/H burners firing 140-foot tubes condition the entire space efficiently. Infrared fit directly into our campus energy conservation standards and..."

University of Connecticut Athletics

"Our 16-bay garage runs with doors opening constantly, so keeping students comfortable through Connecticut winters was a real challenge. Reflect-O-Ray units installed over each bay solved it. The concrete floor acts as a heat sink, absorbing and re-radiating warmth back into the space, so students feel warm at lower thermostat..."

Ella T. Grasso Technical School

"We chose a two-stage Omega II 30-ft low intensity tube system for our new two-story hospital, and it's been the right call. The 60,000–100,000 MBH output keeps our rear operating area genuinely comfortable, not just warm air blowing around. Our concrete slab absorbs and re-radiates the heat, so the space..."

Fenton River Veterinary Hospital

"Hangars are the hardest buildings to heat. High bay, minimal insulation, and a massive overhead door that dumps cold air in every time it opens. Forced air simply couldn't keep up without burning through energy. Ten 40-foot straight tubes at 150 MBH with reflectors changed that completely. Radiant heat warms..."

Tac Air – Bradley International Airport

"Heating a 120-yard indoor field under a 65-foot domed roof is not a standard job, and Reflect-O-Ray was the only system engineers felt could be tailored to it. Twelve 360,000 B/H burners firing 140-foot tubes condition the entire space efficiently. Infrared fit directly into our campus energy conservation standards and..."

University of Connecticut Athletics

"Our 16-bay garage runs with doors opening constantly, so keeping students comfortable through Connecticut winters was a real challenge. Reflect-O-Ray units installed over each bay solved it. The concrete floor acts as a heat sink, absorbing and re-radiating warmth back into the space, so students feel warm at lower thermostat..."

Ella T. Grasso Technical School

"We chose a two-stage Omega II 30-ft low intensity tube system for our new two-story hospital, and it's been the right call. The 60,000–100,000 MBH output keeps our rear operating area genuinely comfortable, not just warm air blowing around. Our concrete slab absorbs and re-radiates the heat, so the space..."

Fenton River Veterinary Hospital

"Hangars are the hardest buildings to heat. High bay, minimal insulation, and a massive overhead door that dumps cold air in every time it opens. Forced air simply couldn't keep up without burning through energy. Ten 40-foot straight tubes at 150 MBH with reflectors changed that completely. Radiant heat warms..."

Tac Air – Bradley International Airport

"Heating a 120-yard indoor field under a 65-foot domed roof is not a standard job, and Reflect-O-Ray was the only system engineers felt could be tailored to it. Twelve 360,000 B/H burners firing 140-foot tubes condition the entire space efficiently. Infrared fit directly into our campus energy conservation standards and..."

University of Connecticut Athletics
Built to Last

Why Choose Combustion Research Corporation?

CRC combines engineering support, proven infrared technology, and long-term industrial performance.

Experience

Decades of U.S. manufacturing experience behind infrared systems for demanding industrial heat loads.

Certification

CSA International Design Certified products support engineering review, submittals, and code-focused specification.

Efficiency

Radiant infrared reduces operational costs by 30-50% compared with conventional forced-air systems.

Durability

Industry-leading warranties and durable materials help lower lifecycle risk in factories nationwide.

About the CRC Team

Built by experienced industrial infrared heating specialists.

Combustion Research Corporation has manufactured industrial infrared heating solutions for over 50 years from its headquarters in Rochester Hills, Michigan. The company focuses on durable, energy-efficient systems for high-bay factories, warehouses, hangars, service bays, agricultural buildings, natatoriums, and other demanding environments. Its product families include Reflect-O-Ray vacuum radiant tube systems, Omega II power-vented packages, Synergy ceramic infrared heaters, Serengeti-IR compact units, and Solaira electric infrared options. CRC’s vision is practical: help engineers and facility teams specify heating that delivers comfort at occupied levels, preserves floor space, reduces dust movement, and lowers operating cost over the life of the building.

50+ YearsManufacturing industrial infrared heating solutions.
30-50% SavingsTypical energy reduction versus conventional forced air.
10-Year WarrantyRadiant tube warranty for internally created corrosion.

Frequently Asked Questions

What is the best heating system for a factory?

For many factories, low-intensity radiant tube heating is the best starting point because it heats floors, equipment, and workers directly instead of warming unused overhead air. Reflect-O-Ray vacuum systems suit large or complex plants, Omega II works well for smaller zones, and Synergy ceramic infrared is useful for spot heating work cells, docks, or protected semi-outdoor areas.

How does radiant infrared factory heating work?

How much energy can infrared factory heating save?

Should I choose radiant tube or high-intensity ceramic heaters?

How are factory heating systems sized?

What fuel types are available for factory heaters?

Are Combustion Research factory heaters certified?

How do I request a quote for factory heating?

Need Help Comparing Options?

Get application-specific guidance before choosing a heating system.

Certified & Listed

Awards and Recognition

CSA International Design Certified logo

CSA Design Certified

Certified to recognized North American gas appliance standards.

ANSI Z83.20 CSA 2.34 certification mark

ANSI/CSA Standards

Supports compliant infrared heater specification and review.

MasterSpec listed certification badge

MasterSpec Listed

Trusted specification resource for commercial engineering projects.

Plan a Better Factory Heating System

Share your facility size, ceiling height, fuel availability, and application type. CRC or a local representative can help identify suitable infrared heating options and quote requirements.

Contact Us Today

For immediate assistance, feel free to give us a direct call at 888-852-3611. You can also send us a quick email at info@combustionresearch.com.