Infrared heating for workshops
Workshops and industrial units have high ceilings and doors that open constantly. Infrared warms the workbench and the person at it, so you get comfort where the work happens without heating the whole building.
Is infrared heating good for workshops?
Yes — radiant heat warms surfaces and people directly, so it recovers quickly after the door opens.
Why infrared suits workshops
Typical building: High roofs, frequent door openings, dusty environments and localised work areas.
- Targeted radiant heat at workbenches and assembly areas.
- Fast recovery when roller doors open.
- No ductwork to collect dust or boiler to maintain.
- Zone by bay and heat only where people are working.
Typical specification
Wall- or ceiling-mounted radiant heaters aimed at work zones, on local switching or occupancy control.
Sizing guide: Zoned to work areas rather than whole-volume.
How we design the system
Workshops are designed bench by bench. Radiant heaters are aimed at the standing positions where people actually work, with the rest of the floor left unheated, and spray, welding or dust-extracted areas are excluded or handled with sealed units to suit the risk assessment. Mounting keeps heaters clear of overhead cranes, hoists and gantry travel. Controls are usually a simple per-bay timer with a manual boost, because occupancy follows jobs rather than a schedule. Where roller doors open frequently, heaters are positioned back from the opening so intensity is not wasted outside.
What it costs to run
A workshop rarely needs to be warm all over, so the useful measure is cost per manned bench-hour. Heating two benches for a working day costs a fraction of heating the shell, and that is where the saving sits. Insulation is often poor in workshop buildings, which penalises any system trying to hold air temperature and favours radiant delivery. We model your actual working hours and bay count rather than the building footprint.
Infrared heating for workshops: FAQs
Reviewed by the Infrared Heat Solutions technical team · Last updated July 2026 · Data sources: Open-Meteo, Ofgem, Energy Saving Trust