For years, insulation boards have been the go-to solution for floor and roof construction.
But they come with familiar challenges.
They need to be delivered, stored, cut to size and carefully fitted around services. Offcuts create waste, gaps can affect thermal performance, and uneven substrates often require additional preparation before installation can even begin.
So, what if there was a better way?
A Different Approach to Insulation
Instead of laying hundreds of rigid boards, energystore TLA® is mixed with cement and water to create a lightweight, free-flowing poured insulation that is pumped directly into place.
It flows around pipework, fills voids and naturally follows the contours of the floor, creating a continuous insulation layer without the gaps associated with traditional board systems.
The result is a faster, cleaner and more efficient installation that’s helping contractors rethink how insulated floors are built.
A Different Approach to Insulation
The real advantage of TLA® isn’t just what it’s made from – it’s how it’s installed. At ATS, we use our specialist TransMix truck to mix TLA® on site as it’s pumped. Unlike traditional methods, where materials are delivered in fixed quantities, the TransMix system produces exactly what’s needed, exactly when it’s needed. That brings some major advantages:


Built for Performance
Designed to overcome real construction challenges, TLA® adapts to uneven slabs, service penetrations and complex floor layouts, creating a continuous, level insulation layer without the need to cut and fit boards. Suitable for ground-bearing and suspended floors, as well as roofs, it delivers a high-strength, A2-s1,d0 fire-rated insulation solution that can support underfloor heating systems directly on top.
ATS can also install a high-performance screed directly over the TLA®, providing clients with a complete floor build-up from insulation through to the finished screed, all delivered by one specialist contractor.
Contact ATS today to discuss how we can assist your insulation project.




























