Exhibition Tiles 1m x 1m

Price AU (excl GST)
$180.00 ea
Features Specifications

Branded exhibition flooring

The ideal way to stand out from the crowd at your next exhibition or show.

High-density construction ensuring superior retention and abrasion resistance. Moth proof, mildew proof and non-allergenic. Patterned loop pile.

Locally manufactured in Australia. 

Normal delivery times are 7-10 days.

Pile fibre: 100% bcf nylon
Tile thickness: 6.50mm
Primary backing: non woven polypropylene
Secondary backing: fibreglass spun bound
Tile backing: p.v.c.
Accs reg no: 11054
Accs rating: 6 star contract extra heavy duty stairs - 4 star
Warranty: 5 years*
Critical radiant flux: result - mean 3.7kw/m2
Mean smoke development: as/iso 9239-1:2003 smoke value 311% min    

*notes: the use of chair pads is mandatory must be laid in accordance with as 2455 (1&2) due to dye variations, colours may change from samples shown.

Image Alignment:

If you know the PMS Colours used in your uploaded image please enter them below.

Otherwise, we will endeavour to match the colours in your image as closely as possible to our colour chart.

PMS Colours:
You can enter multiple colours separated by commas

If you are unsure about colours you can order colour samples here.

Additional Design Information:

Warning: You have chosen to remove the Anti trip edging from your mat. This edge is designed to reduce any tripping hazard. The only instance we recommend no edging is for use in a recess or mat well.

Unsure if you need edging? Feel free to contact us.

You have chosen the same colour for the text and the background, you will not be able to see the text. Please change your colour choice.

PMS Colour - Pantone Colour Matching System

The Pantone Color Matching System is largely a standardised colour reproduction system. By standardising the colours, different manufacturers in different locations can all refer to the Pantone system to make sure colours match without direct contact with one another.

The diameter is the width of the circle and height of the circle