MAT INDUS
Endothermic paint booth

Endothermic paint booth for lower-carbon painting cycles

The MAT INDUS endothermic paint booth replaces gas combustion with electric radiant heating. It heats the part directly, reduces energy consumption and removes direct burner emissions from the heating cycle.

100%
electric, no combustion
≈ 95%
thermal efficiency
13 months
average observed ROI
Endothermic paint booth

What is an endothermic paint booth?

An endothermic paint booth uses electric radiant panels. Instead of heating a large volume of air with a gas burner, the panels radiate heat toward the vehicle body, industrial part or painted substrate. Heat-up is fast, even and more energy efficient.

Why it supports workshop decarbonization

For body shops and industrial sites, the paint booth is often a major energy load. Switching to endothermic technology reduces gas dependency while preserving high productivity.

Zero direct emissions

No burner, no flame and no combustion inside the booth during the heating cycle.

Lower energy use

Heat is directed at the part, limiting losses from air renewal and unnecessary volume heating.

Faster cycles

A 5 to 10 minute heat-up helps workshops run more cycles during the day.

Simpler maintenance

No burner or heat exchanger means fewer thermal components to inspect and maintain.

Gas booth vs endothermic booth

The comparison should be based on your real usage: cycles, booth size, gas price, electricity price and production rhythm.

Criteria
Gas booth
Endothermic booth
Energy
Gas combustion
Electric radiant heating
Direct emissions
CO₂ from the burner
No direct booth emissions
Heat-up time
Depends on air volume
5 to 10 minutes depending on setup
Maintenance
Burner, exchanger, combustion
Fewer thermal parts to inspect

Priority applications

  • Automotive body shops aiming to reduce gas use and stabilize energy costs.
  • Industrial workshops painting metal, wood, plastic or custom large parts.
  • High-cycle sites looking for measurable ROI and a lower carbon footprint.
  • Networks aligning paint booths with a broader decarbonization strategy.

MAT INDUS method

01

Cycle audit

We review booth area, frequency, temperature, energy use and regulatory constraints.

02

Economic simulation

We compare gas and endothermic scenarios using your production assumptions.

03

Custom design

The booth, panels and ventilation are sized for your workshop.

04

Installation and follow-up

Assembly, commissioning, inspection and maintenance are handled by one team.

Frequently asked questions

Is an endothermic booth suitable for body shops?

Yes. It is especially relevant for body shops that want to reduce gas consumption, speed up heat-up time and improve their carbon trajectory.

Is it a sustainable paint booth?

It does not make the whole process carbon neutral, but it removes gas combustion during heating and significantly reduces direct booth emissions.

Can an existing booth be converted?

Depending on the condition, structure and ventilation of the booth, MAT INDUS can assess a conversion or propose a new sized booth.

How is ROI calculated?

ROI depends on cycles, energy prices, booth size and investment premium. The MAT INDUS simulator provides an initial estimate.

Want to reduce gas use in your workshop?

We prepare a free study with energy estimate, carbon gains and return-on-investment scenario.

Start my studyNo commitment