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B-s1,d0, A1: a few characters on a data sheet. They answer a regulatory requirement, but not the question a client and an installer actually ask. What happens, in practice, when the flame touches the product?
The whole test, from ignition to extinction, with no cut at the moment it gets interesting. You will see how the R'BULL Pro 13 insulation behaves, how the heating films and panels intended for ceilings react, surface temperature readings on radiant emitters, and mechanical pull tests on adhesives.
A test filmed in our workshop shows a behaviour, it does not amount to a classification. Enforceable values come from independent laboratories and formal test reports. Our videos help you understand what those reports describe, they do not replace them. That is also why we publish them without dressing them up.
A thermal camera measures a surface, not a performance. Which is why how the test is built decides everything.
A panel that comes away from the ceiling months later means doing the job twice. The adhesive put to the test.
A few seconds of direct flame on the insulation, filmed close up. The question asked on almost every site.
Under a roof in full sun, thirteen millimetres of reflective insulation change the reading completely.
The aluminium face does not only send heat back. It sends the light back too, and the room shows it.
Checking how even the temperature is between ceiling and floor in an RT 2012 house with a Ceilingo radiant ceiling.
The test focused on R'BULL Pro 13 at 13 mm: the aluminium face, the bubble structure, and what is left afterwards.
The same test, cut short, for anyone who wants the result without sitting through the whole sequence.
The room where you are undressed and where you do not stay long. Readings taken from floor to ceiling.
An experiment on a scale model, with a 30 watt heating film, and what it tells you about a radiant ceiling.