Insulated Concrete Formwork (ICF)

Insulated Concrete Formwork for Construction

Insulated Concrete Formwork (ICF) is a method of building energy efficient structures with insitu concrete walls.

The formwork is comprised of a range of precision-moulded EPS components that interlock together without mortar or adhesives to create a formwork system that is then filled with concrete.   The thickness of the insulation is determined by the building specification – up to Passivhaus standards – and the concrete may be reinforced to provide additional structural strength if required.

ICF may be used to construct basements, houses, multi-storey buildings to almost any design – the concrete provides the structural strength and the formwork system remains permanently in place as the complete thermal envelope.

Suppliers

Insulated Concrete Forms play an important role in reducing domestic C02 emissions and can form a key part of Passiv Haus fabrics on the journey to Net Zero.

The benefits of these EPS forms are:

  • Excellent levels of air tightness without the need for a supplementary air barrier.
  • U-values as low as 0.11 W/m²K
  • High levels of sound insulation, improving levels of peace and quiet compared with frame systems.
  • Superior structural strength and integrity
  • Higher resale value due to durability of materials – nothing to rot, corrode or deteriorate over time.
  • Integration of wall and floor construction for greater structural integrity.
  • Energy efficient construction reduces HVAC costs 30-70%.
  • Practical construction method is quick to learn, with training and NVQ courses provided.
  • ICF buildings are superior and more energy efficient than those built using traditional methods
  • Insulated Concrete Formwork creates concrete masonry buildings that are many times stronger than framed structures.

CONTACT US

CALL US  01443 441 491 OR EMAIL US  enquiries@mouldedfoams.com.

Our Blackwood, Cumbernauld and Peterhead sites are certified to ISO9001:2015

Our Blackwood site is certified to ISO14001:2015