Discover the Thermalite Hi-Strength 7 Aircrete Block, a robust and versatile solution for all your construction needs. Whether you're working on wall, floor, or below-ground projects, these blocks offer a cost-effective and reliable choice.
With their impressive compressive strength, they are perfectly suited for builds with higher loading requirements, ensuring durability and stability throughout the structure’s lifespan. Additionally, its excellent thermal insulation properties not only make U-value targets easier to achieve but also contribute to reducing CO2 emissions over the building’s life, promoting a more sustainable future.
The Thermalite Hi-Strength 7's unique closed micro-cellular structure, featuring tiny pockets of trapped air, provides a wealth of benefits. From superi
While the Thermalite brand might have been around for 70 years or so, a programme of continual research and development ensures it meets the needs of the modern construction industry. A closed micro cellular structure featuring tiny pockets of trapped air, gives Thermalite its distinct features, high thermal and sound insulation, lightness for handling, high compressive strength, and fire and moisture resistance.With sustainability targets becoing ever more important, Thermalites excellent insulation properties make U-value targets easier to achieve and can help reduce the CO2 emissions during a building's life.
In stock
£39.50£32.92
Sold by / Square Metre
While the Thermalite brand might have been around for 70 years or so, a programme of continual research and development ensures it meets the needs of the modern construction industry. A closed micro cellular structure featuring tiny pockets of trapped air, gives Thermalite its distinct features, high thermal and sound insulation, lightness for handling, high compressive strength, and fire and moisture resistance.With sustainability targets becoing ever more important, Thermalites excellent insulation properties make U-value targets easier to achieve and can help reduce the CO2 emissions during a building's life.