alsecco making Plymouth community warmer with external wall insulation
APRIL 2012
alsecco's creative colour facades used at new LEGOLAND Windsor Resort Hotel
MARCH 2012
Capitalise on funding available under CERT and CESP to refurbish your housing stock
FEBRUARY 2012
New Efficiency Modelling and Project Planning for social housing registered providers from alsecco UK
JANUARY 2012
alsecco light up an East Sussex Rugby Club
DECEMBER 2011
alsecco's Airtec Stone used in new state of the art Portsmouth International Port
JUNE 2011
ARCHITECTURAL FACADES | INSULATED FACADES

Economical and versatile, this proven insulation provides excellent thermal performance.

Offering thermal efficiency and fire protection, mineral wool insulation guarantees a high level of quality and functional reliability.

Ensuring improved levels of thermal performance for your project.
With three insulation cores – expanded polystyrene, mineral wool and phenolic to suit your project requirements, alsecco offer a fresh and modern approach to external wall insulation ensuring creativity in façade design.
The range of innovative products is vast with the opportunity to combine finishes to realise individual buildings. alsecco only offer products adhering to the most stringent technical and planning regulations, offering high thermal efficiency, durability and reliability. Systems can easily be used for domestic and commercial applications in any market sector.
Over half the energy required for heating buildings escapes through the exterior walls and with approximately 75% of domestic energy consumption devoted to heating, the ecological and economic impact of this is significant.
Research shows the most effective way to insulate buildings is total encapsulation. No matter what the construction or shape of the building, the ‘tea cosy’ effect offers the optimum solution. Using external wall insulation (EWI) ensures that the building remains warm and dry, even against the effects of cold bridging and interstitial condensation.Over half the energy required for heating buildings escapes through the exterior walls and with approximately 75% of domestic energy consumption devoted to heating, the ecological and economic impact of this is significant.












