
As was described in the COOL ROOF section, the greatest problems for flat roofs are their overheating as a result of lack of ventilation and the subsequent thermal stress which, through constant expansion and contraction, causes material fatigue. Protection with Super Therm® coating handily resolves both of these problems as it protects against overheating and damage to the roof surface due to heat.
Another big problem for flat and slightly-pitched roofs which should be remembered is standing water, which, especially during winter after freezing, can seriously damage the roof surface and gradually leak into the interior.
For this type of problem we have developed combined systems to protect flat roofs which successfully cure the problem:
A combination of Super Therm® and other SPI coatings.
For use only on smooth, non-flaking surfaces!
With a combination of our coatings it’s possible to create a perfect thermoinsulative and hydroinsulative system in one. The OPS combined coating system resists standing water, frost and extreme temperatures for at least 20 years without problems.

This complete roof coating system is intended for concrete, mineral, asphalt, resinous, rubbery or other unstable or soft underlayers.
On smooth, stable and metallic surfaces of flat roofs, only Super Therm® can be used alone for thermal insulation and Enamo Grip for hydroinsulation.
Combined coating of Super Therm® + ELASTOCENE resinous hydroinsulation.
A thermal insulation and hydroinsulation system in one.
In case of a damaged surface with deep pits in the resinous roofing material we use Super Therm® protective coating combined with top-quality ELASTOCENE resinous hydroinsulation from INDEX. This hydroinsulation is highly elastic and has exceptional properties such as long lifespan, extreme elasticity and tensile strength. After using Super Therm® as a protective shield we gain an incomparable thermoinsulative plus hydroinsulative system with an above-standard lifespan.
STYREXON + ELASTOCENE + Super Therm®
In regions with predominantly cold climates and strong freezes we use a special combined system with ventilated insulation. This system is comprised of these components we distribute:








