T2D#T2D#External walls and facades#Blocks and panels for external walls#Building blocks#Construction materials
PARETE RESPIRA® T2D - Стеновая система
PARETE RESPIRA® is a wall system composed of Category I brick blocks and highly biocompatible Respira® thermal mortar.
Interlocking blocks, vertical holes, thin partitions, lightening in wood flour, ideal for the construction of infill walls.
Highly breathable thermal mortar composed of pure NHL 3.5 lime and recycled glass spheres.
The combination of thin brick partitions and Respira® thermal mortar allows for very high thermal performance without petroleum derivatives.
PARETE RESPIRA® T2D, made with clay, wood flour, lime and glass spheres offers excellent thermal and breathability properties, ensuring living comfort.
It improves thermal insulation, reduces emissions and maintains its characteristics over time.
Investing in PARETE RESPIRA® T2D means choosing a safe, durable and ecological construction solution, which guarantees well-being and living safety.
In addition to being among the best walls resistant to winter temperatures, it is the best solution in summer climates, thanks to the high number of chambers contained within thin clay partitions, micropored with wood flour, and thanks to the lightening of the lime-based mortar with glass spheres.
The clay alone that constitutes the monoblock makes the PARETE RESPIRA® the massive system par excellence, for a thermal phase shift of over 27 hours, i.e. impenetrable by heat.
These peculiarities are the ingredients for obtaining a high level of internal living comfort.
The PARETE RESPIRA® is the ideal BIO solution for saving energy in the building and requires less than 5% of the maintenance expected for dry systems, which would otherwise lose performance characteristics due to aging of the materials.
The single layer of brick does not undergo decay of the material over time unlike other systems, which postpone their expiry date through restoration interventions.
At the end of its life cycle, PARETE RESPIRA® can be returned to the environment.