insulated concrete forms house green material for warehouse/commercial building

Home

Products

Insulated concrete forms houses offer a number of environmental benefits compared to traditional wood-framed homes. The use of concrete and foam insulation in ICF construction reduces the need for heating and cooling, resulting in lower energy consumption and reduced greenhouse gas emissions. Additionally, the durability of ICF houses means that they have a longer lifespan than traditional homes, reducing the need for frequent renovations and repairs. By choosing to build an insulated concrete forms house, you can reduce your environmental impact and create a more sustainable living space for you and your family.

Chat Now

Product Description

Description

Product Name	Corner Panel EPS ICF Blocks
Dimension	1200mm/600mm(L)X300mm(H)X250mm(T)
Shape	Right-Angle
Thermal conductivity	0.028 w/m.k
Compressive strength	28Mpa
EPS Density	30-45kg/m³ or customized
Energy saving	90%
Application	Villa,Agricultural greenhouses, large cold storage,Industrial plants and laboratories with constant temperature requirements, Holiday villas in tourist attractions, Commercial Building, The saline-alkali building, Earthquake relief room,Temporary Housing,etc.
MOQ	1500PCS

Product descriptions from the supplier

Overview

Insulated Concrete Forms ICFs BuildBlocks

Insulated Concrete Forms are a system of form work for reinforced concrete, usually made with a rigid thermal insulation that stays in place.

ICFs are forms, made from expanded plystyrene (EPS) high-density foam, left in place permanently to serve as thermal and acoustic insulation, space to run electrical wiring and plumbing, and backing for interior gypsum board and exterior facades.

The forms are interlocking modular units that are dry-stacked and filled with concrete. ICF units lock together and create a form for the structural walls of a building. The forms are considered among many to be an effective “one-step assembly.”

ICF Construction

Reinforced steel bars (rebar) are usually placed inside the forms before concrete is poured to give the concrete flexural strength (similar to bridges and high-rises).