The complete Speedfloor Building System is a unique and innovative suspended composite flooring system that combines a light gauge roll formed steel joist compositely with an in-situ concrete topping. This results in a material efficient and cost effective concrete floor that builds at a faster rate while producing a high quality structure.
It is designed for strength and ease of installation while offering economical spanning performance. Requiring no propping during construction and adaptable to a variety of building designs and construction methods. This ranges from residential houses, multi-storey residential and commercial buildings, retail developments, mezzanine floors, carparks, and multi-storey office complexes.
Forms can be stripped three days after a concrete pour compared to 28 days with most conventional suspended formwork.
This significantly reduces the overall construction program, saving both time and money.
Speedfloor requires less onsite labour and cranage than conventional formwork systems.
As no propping is required the overall labour and material handling is significantly reduced.
Clean site, less labour and time effective.
50 % lighter and uses less concrete than pre-cast or in-situ concrete alternatives.
Having less mass means less inertial force, dramatically limiting any damage.
Superior stability and durability providing a long life span and strong resistance to corrosion.
Speedfloor can be fire rated and will meet requirements set out in the Building Code. Standard exposed soffits are fire rated to 90 min to 120min depending on the slab thickness.
Acoustic performance meets Building Code design criteria and is supported by an independent report available on request.
Speedfloor is a proven performer suitable for all types of construction.
This includes, Steel frames structures, masonry buildings, poured insitu or precast concrete frames, ICF or Sip’s type construction, light gauge steel frames and timber frames.
Speedfloor cold formed joists are made from high strength, pre- galvanised steel. The concrete slab has a compressive strength of 32MPa after 28 days.
The design of the floor system conforms to Australian and New Zealand composite structural standards.