Engineered Solutions Made Simple with Speedfloor

Speedfloor's design tools assist architects looking to incorporate suspended floor solutions into their designs.

The Load v Span calculator is the go-to design tool for Speedfloor's Suspended Concrete Floor System. Available via the Speedfloor website, the calculator enables users to click to select various design parameters and considerations. This enables the designer to quickly choose the right combination of Speedfloor joist size and slab thickness to suit the required span and load carrying capacities. Expanded information including a deflection table, non-composite and composite properties assists design professionals in ensuring that multiple design considerations are catered for. The completed calculation can then be printed or saved to PDF for inclusion in producer statements and consent documents.

Engineered span tables for Speedfloor's lightweight steel joist system provide specifiers with an easy to use design tool. Specific span tables for residential, commercial and industrial applications allow for a myriad of choice and flexibility in selection. The tables also include advice on cantilever spans and composite beam arrangements to suit numerous types of projects.

Both of these design tools are supported by Speedfloor staff and consultants who are available to assist and answer any queries regarding their New Zealand designed and tested suspended floor solutions.

For more information, contact Speedfloor.

Steel Joist System

Speedfloor Ltd

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The Speedfloor Steel Joist system offers extended spanning capability and unmatched constructional flexibility in almost any type of construction.

NZ Made

NZ-Owned Business

Assembled on site or delivered as a pre-assembled cassette, Speedfloor joists are easily configured for mezzanine floors, portal framed sheds, industrial platforms, residential mid floors and piled sub floors or integrated into timber framed buildings.

Applications include:

mezzanine floors in commercial buildings
suspended floors in portal framed sheds
platforms for industrial structures
residential mid-floors
sub-floors on piled foundations
prefabricated and transportable units

The Speedfloor Steel Joist System will meet Building Code Clauses B1 and B2 when used in accordance with the manufacturer's specification and project specific Producer Statements.

The Speedfloor Steel Joist system has been designed to comply with the following NZS, AS/NZS and AS standards to meet the requirements of the Building Code.

NZS 3404
AS/NZS 1170.0
AS/NZS 1170.1
AS/NZS 1170.2
AS/NZS 1170.4
AS/NZS 4600
AS 4100
AS 3623

BRANZ Appraised

Suspended Concrete Flooring

Speedfloor Ltd

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The Speedfloor Suspended Concrete Flooring is a unique, composite floor of steel and concrete that makes light work of pouring anything from single level, to multi-storied structures.

NZ Made

NZ-Owned Business

The Speedfloor Suspended Concrete Flooring is a proven performer in all types of construction, from steel structures, masonry buildings, poured in-situ or pre-cast concrete panels, to ICF, timber and cold formed steel frame construction.

Frame is light enough to be manhandled into place for pouring. The ends are simply bolted to the joists which are then ready for transport to site with no propping or painting required.

Slabs can be 90mm to 220mm in thickness. Minimum compressive strength of 25 mPa to achieve composite action is normally achieved within the first 72 hours of curing, depending on environmental conditions.

The Speedfloor concrete floor system is suitable for all types of construction including:

Steel structures
Masonry buildings
Concrete poured in-situ walls & beams
Pre-cast concrete panels
ICF
Timber framed construction
Cold-formed steel frame construction

The Speedfloor Suspended Concrete Floor system meets Building Code Clauses B1 and B2 when used in accordance with the manufacturer's specification and project specific Producer Statements.

The Speedfloor Suspended Concrete Floor system is designed to comply with the following NZS and AS/NZS Standards to meet the requirements set out in the Building Code.

NZS 3404:Part 1 & 2
AS/NZS 4600
AS 1397
AS 2327 Part 0 & 1

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