Tusk Chip Board Access Floor consists of engineered 600 mm square modular panels constructed around a high density E1 grade chipboard core. The system fully complies with the Euro Class requirement of EN 12825.

The base and the top surface of the core is factory bonded using an appropriate combination of surface finishes such as Aluminium, Galvanised sheet steel,High Pressure Laminate etc. The surface coverings are trimmed to ensure fine dimensional control, accurate alignment of grids and interchangeability of panels. A full depth ABS edge band provides total encapsulation of the chipboard core and also protects the edge of the surface covering to prevent ingress of moisture.

Electrical continuity is maintained through the top and bottom surface of the panel on to the pedestal head through conductive gasket. This ensures positive positioning and location of the floor panel on to the understructure system.

Panel dimension:600mm x 600mm,600mm x 800mm
Thickness: 30 mm | 35 mm
Top:Galvanised Iron Sheet,Aluminium,High Pressure Laminate and Conductive Polyvinyl Chloride
Bottom:Galvanised Iron Sheet and Aluminium
Core:High density E1 grade chipboard core

Design Characteristics

High strength to weight performance.

Unique inbuilt stringer design.

Recyclable & environment friendly system.

Good acoustical properties.

Precision in floor levels and positive alignment with the understructure system.

Equipotential reinforcement for electrical continuity.

System Selection Guide
Structural Performance as per BSEN 12825 30 mm 35 mm
Classification Deflection Concentrated Load kgs(kN) Concentrated Load kgs(kN)
Class A 2.5mm 450/4.41 525/5.15
Class B 3.0mm 550/5.39 600/5.88
Class C 4.0mm 630/6.17 720/7.05
Ultimate Concentrated Load 1678 kgs/16.45 kN 1728 kgs/16.94 kN
Uniformly Distributed Load kgs/sq m (As per PSA MOB PF2 PS) 1420 kgs/ 13.92 kN 1650 kgs/ 16.19 kN
Pedestal Axial Load Test 22 kN (2245 kgs)
Axial Load per pedestal
22 kN (2245 kgs)
Axial Load per pedestal
*Contact us for detailed specification of the product design.

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