Applications

Protection by application

Review eight common industrial scenarios and see which coating or fire protection path fits the substrate, enclosure and control architecture.

Protection materials

Polyurea protective coatings

Continuous waterproof and corrosion protection for exposed pipework, steel transitions and difficult details.

What the project needs to control: Salt, standing water, UV exposure, joints and maintenance access can accelerate corrosion at weak points.

Seamless lining options for basins, bunds, trenches and secondary containment areas.

What the project needs to control: Immersion, chemicals, cracks, penetrations and movement joints can undermine a generic coating specification.

Waterproof protection around seams, edges, penetrations and weather-exposed enclosures.

What the project needs to control: Water enters through details before large surfaces fail; thermal cycling and repairs add movement and discontinuity.

Abrasion, impact and liquid protection for production areas, equipment bases and service zones.

What the project needs to control: Traffic, dropped tools, vibration, cleaning chemicals and local repairs create different mechanical demands.

Battery safety systems

Layered detection, localized intervention, zone suppression and control linkage for BESS enclosures.

What the project needs to control: A cell abnormality can progress through off-gas, heat, smoke and propagation while ventilation and electrical states change.

Short delivery paths for early warning and localized intervention close to the affected module.

What the project needs to control: Compact geometry, electrical isolation, vent paths and neighboring cells influence detection and agent delivery.

Site-level architecture connecting enclosures, alarm zones, agent supply and remote supervision.

What the project needs to control: Multiple enclosures, shared utilities, wind, access and emergency response introduce site-wide dependencies.

Detection, zoned discharge and shutdown linkage for open or semi-enclosed charging areas.

What the project needs to control: Vehicle position, wind, canopy geometry, charger isolation and public access make fire development difficult to predict.