Catalog sections formwork insulation EPS SmartBlockPlus ™ ICF
The system modular Formwork insulation for concrete reinforced EPS Smart Block Plus™ ICF "The greatest invention that respects the environment for building energy-saving"
Stay-in Place formwork insulating in blocks thermal acoustic EPS Smart Block Plus™ ICF is an innovative system to make constructive walls and armed non-ca able to integrate into a single solution to the capacity of the strength of concrete with the ability to heat and noise of expanded polystyrene.
The innovative system constructive stay-in place formwork insulating in blocks thermal acoustic EPS Smart Block Plus™ ICF is on the elements that are connected to each other quickly, create a formwork in high-density expanded polystyrene in prepared model to receive the jet reinforced concrete given shape to bring a natural maturing in 28 days offering a structural resistance to compression and torsion more 50/60%. The innovative system constructive stay-in place formwork insulating in blocks thermal acoustic EPS Smart Block Plus™ ICF with its elements remain in place to protect the core concrete in ensuring a high thermal insulation of the wall.
WHAT IS the innovative system constructive stay-in place formwork insulating in blocks thermal acoustic EPS SmartBlockPlus ™ ICF?
The innovative system constructive stay-in place formwork insulating in blocks thermal acoustic EPS SmartBlockPlus ™ ICF is nothing but a formwork insulation made of two panels of expanded polystyrene (EPS) linked together with spacers N 8 (connectors) so that to create a hollow (a cavity between the surfaces). The spacers in polypropylene (PP) with high tensile strength are specially designed and tested to resist the can be poured in concrete and are positioned close to a constant to prevent the excessive compression and deformation of polystyrene panels. The connectors of polypropylene high tensile strength with specific locations to place the horizontal reinforcement (steel bars) which bind the vertical, as required by the project structure. The top and bottom panels are composed of teeth (international patent) to facilitate and guide the joints between panels of polystyrene foam with high density: the particular plot of teeth (anchors) ensure that there is no leakage of cement mortar through the joints, while can be poured in integrative and completion of masonry load-bearing and done insulating with the system constructive stay-in place formwork insulating in blocks thermal acoustic EPS SmartBlockPlus ™ ICF. It is obtained in this way a lightweight, easy to handle and dispose of mounting operations in the pipeline.
The components in stay-in place formwork insulating in blocks thermal acoustic EPS SmartBlockPlus ™ ICF SF10 are standard in sizes Mono blocks.
The insulation components stay-in-place formwork EPS SmartBlockPlus ™ ICF VWF 12 has a height of sty-in-place formwork variable and 30.48 cm (12 Inch), the length is 101 cm (40 inch) and thicknesses of polystyrene foam panel with the outer side of 5,5 cm and 5,5 cm inside.
The innovative system constructive stay-in place formwork insulating in blocks thermal acoustic 12 at protection of concrete from temperature extremes -- Insulating forms make it easier to protect the concrete from freezing and rapid drying. Concrete can be poured in stay-in-place formwork EPS SmartBlockPlus ™ ICF VWF 12 at ambient temperature as low as 10°F, requiring only the top of the form to be protected with insulating blankets. In extremely hot weather, in which evaporation is a concern, the top of the form need only be covered with plastic sheeting.
Thicknesses of panels of polystyrene foam insulation (5.5 - 11.0 - 15.5 - 22.0 cm)
Benefits: Above-Grade Walls
ICFs can be used in place of wood framing for most above-grade situations, placed on slabs or basement or crawlspace walls.
Possible benefits of stay-in-place formwork EPS SmartBlockPlus ™ ICF VWF 12 ICFs over wood framing include:
• Strength, namely resistance to high winds and with wind borne debris. Can be designed to resist seismic forces and abnormal loadings.
• Energy efficiency / Comfort
• Thermal Mass
• Noise abatement
• Durability in time
• Reduced number of subcontractors and construction steps
• Extension of the building season
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