Key Features Of ECOFAST Composite Framing System (ECFS)

Advanced Envelope Solutions for Buildings & Residential Compounds

Cellular Lightweight Concrete (CLC) as In-Fill provides High thermal insulation and its density can be adjusted to comply with the most demanding building codes and regulations

Closed cellular structures have lower water absorption; CLC blocks float in water

100% noncombustible; Low fire risk; CLC filled CFGS panels and frames offer fire rating of a minimum of 3 hours for a 90 mm thick panel

Cellular Lightweight Concrete assures improved acoustics and superior sound control as it is being absorbed (especially low frequency noise), not reflected as is the case with dense weight concrete or brick walls; Concrete closes all cavities in the wall structure– no hollow sounds

CFS wall panels and trusses weigh less without sacrificing durability; faster and easier installation; Use of CLC can achieve reduction in weight from 10% to 95% compared with dense weight concrete; Structural components and foundation cost are greatly reduced due to the lower deadweight of the building, in particular on high-rise projects offering substantial savings

Due to CLC, there is significantly less sand and cement consumed which contributes to a lower embodied energy than common building materials; Produces substantially less waste than raw materials; 100% recyclable. Can meet efficiency standards such as LEED, BREEAM and CSH points

Steel is one of the highest strength to weight ratios of any building material; corrosion-resistant; dimensionally stable with ability to withstand wind loads, weathering, water impacts, and interior live and dead loads. CLC makes cold formed steel sections stronger with continuous bracing

Water conduits and junction/terminal boxes, there is much convenience for plumbing and electrical installations; Recesses in the floors/ceilings due to the spanned joists allow for fitting mechanical equipment and components such as fan coil units and insulated copper pipes.

High Grade Galvanization makes the structure rust resistant; Use of CLC as inner fill further protects the steel and provides for a monolithic construction which ensures low maintenance over the lifetime of the building envelope; No cracking or long term movement due to the monolithic structure

High Specs Galvanized Steel Grade make it resistant to temperature change, heat or fire especially when these steel channels are totally covered by Fire Resistant Cellular Lightweight Concrete.

Cold Formed Steel Frames, Joists and trusses offer Load Bearing and structural Walls, Partitions, Floors and Roofs, while the Cellular Lightweight Concrete Infill yields Thermal & Acoustic Insulation and Fire Resistance

Ongoing savings on power / energy costs (air-conditioning and heating) are reduced because high thermal insulation ratings can be achieved

Speed of construction – Typically 40% less than traditional; No site storage – ‘Just in time’ delivery process; Accelerated building schedule with Factory-Assembled paneling.

Integrated design and semi-automated manufacturing process deliver the required frames into precise, uniform shapes with exacting tolerances for consistent material quality and enable the production of high quality aerated concrete in different densities on site.

No obnoxious or toxic fume emission; Stable and non-organic material. Allergy-free material that won’t contribute to mold or produce volatile organic compounds (VOC’s)

Combining ability to design, fabricate and erect steel structures along with the skills to prepare and cast Cellular Lightweight Concrete make for self-control and single sourced which drives schedule

Streamlined production; faster installation; greater adaptability; use of recycled material; Cost effective due to precision engineering and minimal waste

Regulated by International Standards & Building Codes; Load bearing CFS frames/structure are engineered to meet the highest seismic and wind loads in addition to associated dead and live loads and as prescribed by building codes.