Paint shops and solvent
Spray booths, mixing rooms and solvent stores are the highest fire load on most plants, and vapour travels further than people expect.
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Skip to contentPaint shops, robot lines and big assembly halls put flammable material and heavy electrics under one roof. We design, install and look after the systems that find a fire there early — and deal with it before the line stops.
A car plant is not one building. The paint shop is a solvent risk, the press and body shops are heat and sparks, the assembly hall is a vast open volume with a roof too high for ordinary detectors, and behind all of it sits more electrical infrastructure than most factories ever carry.
Protection has to be picked area by area, because a system that works in one of those places is the wrong answer in the next. And it has to work without stopping the line — a detector that cries wolf at paint overspray or welding fume costs you real money very quickly.
We work across vehicle assembly plants, component and tier-one suppliers, paint and coating shops, press shops and the EV battery lines that are now going into many of them.
The six points we look at most closely when we survey an automotive site.
Spray booths, mixing rooms and solvent stores are the highest fire load on most plants, and vapour travels further than people expect.
Most plant fires start in something electrical, and it usually begins inside an enclosure where nobody can see it.
Smoke cools and spreads out long before it reaches a roof 15 metres up, so ceiling detectors are far too slow.
Long runs through the building that no point detector covers properly, and that carry fire from one area to another.
Lithium cells fail in a way that is very hard to cool, and the risk sits right next to the rest of the plant.
A stopped line is the real number here. Early warning is cheap against it.
Most plants end up with a mix of these. Which ones you need, and where, comes out of the site visit rather than off a list.

The system everything else waits on — addressable panels, detectors and notification devices…
Solution detail
Cover large, tall volumes with a single detector — for warehouses, atriums and production halls…
Solution detail
Deal with the fire inside the cabinet, in the first seconds — tube-based suppression that needs…
Solution detail
The layer that works with nobody present — wet, pre-action and deluge systems designed to your…
Solution detail
Know a concentration is rising while it is still a ventilation problem — fixed toxic and…
Solution detailCatch thermal runaway in the only window that matters — off-gas detection for battery rooms,…
Solution detailSupplied and commissioned by us, from the manufacturers we are partnered with. Each page carries that manufacturer's own product information and datasheets.

Intelligent fire detection and alarm solutions for modern buildings — addressable control…
Product detail
Beam smoke detection for large, tall volumes — one device covering what a grid of point…
Product detail
Heat-sensing cable that makes the whole run the detector — for conveyors, cable trays, tunnels…
Product detail
Tube-based suppression that deals with the fire inside the cabinet, in the first seconds, with…
Product detail
Controllers and fixed detectors for toxic and combustible gases — selected per gas, placed by…
Product detail
Engineered clean agent suppression for equipment rooms — sized to the volume and proven to hold…
Product detailWhat suits a spray booth is the wrong answer in an assembly hall. These are the things we weigh up in each area.
Flame and gas detection for the booths and mixing rooms, with suppression chosen to suit how the area is classified.
Heat, sparks and oil mist. Detection has to cope with the conditions without nuisance alarms.
Beam detection across the volume, because the roof is too high for point detectors to be any use.
Detection inside the panel and suppression in the cabinet, so a fault stays in the enclosure.
Treated as its own zone — early detection at the cells, suppression that suits the chemistry, separation from everything else.
Height and what is stored drive this one, usually beam detection with sprinklers sized for the racking.


The parts of an automotive project that need the most care, and how we handle them.
Beam detection aimed so overhead conveyors and lighting runs do not sit in the path, and air-sampling where the airflow would defeat anything passive.
Clean agent in the rooms where water would cost more than the fire, deluge where the hazard needs volume, and in-cabinet systems for panels.
In-panel detection and suppression, so an electrical fault is dealt with in the enclosure instead of becoming a building fire.
Drawings, zone plans, cause-and-effect and test records, written so your team and your insurer can both read them.
Extending or replacing what is already in the plant, including systems we did not install, once we have checked the panel has the capacity.
Scheduled servicing and testing under an AMC, with a record of every visit and the same engineers coming back.
The questions plant and EHS teams ask us first.
Speak directly with one of our fire safety engineers.
Call +91 88795 33000Tell us what runs in each part of the plant and an engineer will walk it with you and come back with a design built around it.