Guaranteed High-Performing Screed for Underfloor heating

THERMIO MAX, the next generation of underfloor heated screeds, has been developed by Anhydritec to suit the ever-increasing demand for energy saving, easy in- stall, high performing heat output screeds.

THERMIO MAX creates living spaces that warm up & cool down quickly, use less energy, are comfortable to live in, by getting the most out of your heat source, particularly environmentally friendly ones like heat pumps.

With the integration of FD and E2C technologies THERMIO MAX can now work on short timescale project as well; getting your floor coverings installed faster. Backed by years of research and third-party certificates like the BBA, Gyvlon THERMIO MAX is guaranteed to perform.

FD E2C  (faster drying) technology offers…

  • Reduced pipe coverage down to 15mm
  • No need to sand to remove laitance
  • BBA backed guaranteed thermal performance (only product in the market offering this)
  • Heating and cooling Technology
  • Increased performance of the UFH system whilst saving money on the bills

Rapid Readiness for Floor Covering

This Faster Drying (FD) technology alters the internal structure of the screed, significantly accelerating moisture evaporation. As a result, floor coverings can be applied much sooner, helping to meet demanding construction timelines.

The Early to Cover (E2C) component further reinforces surface durability, improving bonding strength and allowing secure application of finishes such as tiles or vinyl, even at relatively high residual moisture levels (from 1.5% MC).

Choose Max to power your next UFH system

THERMIO MAX creates living spaces that warm up and cool down quickly, use less energy, are comfortable to live in, by getting the most out of your heat source, particularly environmentally friendly ones like heat pumps.

Whether you’re renovating your home, constructing a new building, or looking to enhance the durability and aesthetics of your floors, we’ve got you covered.

  • Very high fluidity
  • No shrinkage
  • Large bay sizes
  • No reinforcement
  • No curing membrane
  • Minimum SR2 surface finish
  • Environmentally friendly, greatly reduced CO2 and carbon content