Reaction to Fire
BRE reference P132949. ISO 1716 calorific testing is the first step, followed by the appropriate A1/A2 classification route on the aluminium-led assembly.
THOM is moving from prototype to a validated commercial product. Six accredited workstreams are underway to take every performance claim from design target to certified status — fire, thermal, acoustic, weather and structural.

THOM is moving from prototype to a validated commercial product. Six accredited workstreams are underway to take performance statements from design target toward validated and certified status.
Six accredited workstreams, each with its current status published.
BRE reference P132949. ISO 1716 calorific testing is the first step, followed by the appropriate A1/A2 classification route on the aluminium-led assembly.
A separate workstream from reaction-to-fire, establishing the system’s EI fire-resistance performance.
Accredited whole-panel testing to confirm the R50 basic and R110 high-performance configuration targets.
Accredited sound-insulation testing to establish the system’s airborne and impact performance.
Weather-tightness and water-management validation on the assembled panel system.
Structural, wind and regional code requirements mapped to the final production configuration and target markets.
Targets, testing, validation and certification remain distinct throughout the programme.
Targets, testing, validation and certification are kept distinct — so a claim only becomes a claim when the evidence supports it.
Performance figures shown across this site are design targets; accredited certification testing is underway. No achieved A1/A2 fire classification, certified whole-panel R/U value, or numerical acoustic rating is published until the relevant evidence is complete.
Open the evidence register →Explore the technology behind the certification programme, or configure a project against the current specification.