HIBOND 80

BMT
  • 0.75mm
    0.95mm
    1.05mm
    1.15mm
Weight/m
  • 5.7kg
    7.1kg
    7.9kg
    8.6kg
Steel Grade (MPa)
  • 0.75 & 0.95 | G550
    1.05 & 1.15 | G500
Min. Zinc Weight (g/m2)
  • Z 275
Max. Manufactured Length
  • 15m
Components
  • End Cap
    Closure Strip
    Edge Form
DIMST Hibond 80 Flooring 2
Overview

Overview

Design

Hibond 80 is the deepest flooring profile allowing longer un-propped spans, minimises beam layout. Designed in accordance with the procedures and limit states in AS/NZS 2327 based on detailed analysis by the Heavy Engineering Research Association (HERA) and comprehensive physical testing.

Materials and Components

Hibond 80 is roll-formed from high strength zinc-coated steel coil to AS1397, available in 0.75mm, 0.95mm. 1.05mm and 1.15mm thicknesses. Hibond 80 is supplied with a range compatible components including End Caps, Edge Form and Rake Cut Edge Flashings.

Material Specification

Material Specification

Dimond Hibond 80 and accessories are manufactured from galvanised steel coil produced to AS 1397.

Thickness
BMT (mm)
Steel Grade
(MPa)
Min. Zinc Weight
(g/m2)
Hibond 80 sheet
Thickness
BMT (mm)
0.75 & 0.95
Steel Grade
(MPa)
G550
Min. Zinc Weight
(g/m2)
Z 275
Hibond 80 sheet
Thickness
BMT (mm)
1.05 & 1.15
Steel Grade
(MPa)
G500
Min. Zinc Weight
(g/m2)
Z 275
End cap
Thickness
BMT (mm)
0.55
Steel Grade
(MPa)
G250
Min. Zinc Weight
(g/m2)
Z 275
Closure strip
Thickness
BMT (mm)
0.55
Steel Grade
(MPa)
G250
Min. Zinc Weight
(g/m2)
Z 275
Edge form
Thickness
BMT (mm)
1.15
Steel Grade
(MPa)
G250
Min. Zinc Weight
(g/m2)
Z 275

BMT - Base Metal Thickness

Tolerances

Length: -0mm +10mm
Cover width: -1mm +5mm
Maximum manufactured length of Hibond 80 sheet: 15m

Components

Components

Edge Form

Manufactured from 1.15mm Base Metal Thickness (BMT) galvanised steel in 6m lengths, providing an edge to screed the concrete to the correct composite floor slab thickness.

Standard sizes are from 150mm to 230mm in 10mm height increments.

The foot of the Edge Form is typically fixed to a structure using powder-actuated fasteners (self-drilling screws can also be used, type dependent on support material and thickness).

Where necessary, for example, cantilevered steel decking sheets, the foot of the Edge Form may be attached to the Hibond 80 sheets with 10g - 16 x 16mm self-drilling screws. Fasteners are required every pan to steel decking sheet ends and at 750mm centres along the steel decking sheets.

Edge Form Support Strap

Edge Form is restrained from outward movement during concrete placement by 0.75mm BMT x 25mm galvanised steel Edge Form Support Straps. Fastened with 10g - 16 x 16mm self-drilling screws (2 per strap), Edge Form Support Straps are required every second rib to steel decking sheet ends and at 750mm centres along the steel decking sheets.

End Caps

Manufactured from 0.55mm BMT galvanised steel, end caps are used to blank off the ribs (to prevent concrete leakage) at the end of each Hibond 80 sheet, or where openings are created in the deck. Each End Cap is fixed to the Hibond 80 sheet with 1 fastener atop each rib (10g - 16 x 16mm self-drilling screw).

Rake Cut Edge Flashings

Manufactured from 0.55mm BMT galvanised steel in 95mm x 30mm x 3m lengths which are cut to suit on-site (as shown).
Rake cut edge flashings are used in place of end caps to close off the end of Hibond 80 sheets when they are cut on an angle or curve. These are cut to length and fixed to the Hibond 80 sheet with 1 fastener atop each rib (10g - 16 x 16mm self-drilling screw).

Design

Specific Design

The Hibond 80 flooring system must be designed in accordance with the procedures and limit states specified in AS/NZS 2327:2017 with Hibond 80 as formwork for concrete placement, incorporating the requirements, limitations and information given in the Flooring Design manual.

Compliance is based on detailed analysis by the Heavy Engineering Research Association (HERA) and comprehensive physical testing, enabling load/span capacities to be established for actions, load combinations and performance limitations in accordance with AS/NZS 2327:2017, based on the Hibond 80 steel decking sheet achieving partial shear connection, for

  • Ultimate Limit State Capacity Factors to AS/NZS 1170.
  • Serviceability Limit State deflection, vibration and cracking control.
  • Hibond 80 performance testing was carried out by :
  • Imperial College London - structural tests to EN 1993-1-3 and EN 1994-1-1
  • Exova Warringtonfire - fire resistance tests to EN 1365-2
  • University of Auckland
    • Welded shear stud capacity.
    • Structural tests to AS/NZS 2327:2017

Data presented in Flooring Design manual is intended for use by qualified structural engineers. Use of Hibond 80 in applications outside the scope of this manual will require specific structural design from first principles.

A minimum 28-day compressive strength of 25MPa for high-grade concrete has been assumed.

The self-weight of the Hibond 80 Flooring System (including the concrete) has been included in the load tables.


For full design considerations, refer to 3.3.2 Hibond 80 Design Considerations in Flooring Design Manual

Hibond 80 Composite Floor Design Software

Comprehensive Hibond 80 Composite Floor Design Software is available to structural design engineers for use in optimising a Hibond 80 flooring system design in compliance with the design basis outlined above and covering the following design aspects:

  • Construction Stage - formwork bending, crushing and shear load capacity and deflection.
  • Composite Floor Slab - load capacity bending and shear, vibration, cantilever, point and line loads and fire ratings.
Load Span Tables

Load Span Tables

Download Hibond 80 Load Span Tables

Click to downloadUpdated May 2020
Durability

Flooring Systems Durability

View Dimond Structural Flooring Systems durability statement

CAD Details

Relevant Product CAD Details

Below you will find all of the relevant product CAD technical details in .dwg, .pdf & .rvt format.


If you have any questions regarding the details below please contact one of our technical team on 0800 550 660

Download all .dwg filesLast updated March 2020
Download all .pdf filesLast updated March 2020
Flooring Design Manual
Material Specification
Section Properties
Acoustics
Installation