Designer hoarding is a high quality building site hoarding used when shops or retail outlet is being refurbished or under construction.
This designer hoarding we produced for a well known Italian fashion brand on Sloane Street, London. We produced this designer hoarding using a high quality aluminium composite board (ACM) also known by the brand name, Dibond*. Self adhesive cut vinyl lettering was then applied to the hoarding face. Using a quality aluminium composite board makes a big difference as the face of the board has a better higher gloss and deeper black’s giving it an almost mirror finish.
Site hoardings are needed to keep the pubic safe whilst work is being undertaken in the shop or retail outlet. They are also a great area to advertising on and often used as part of a wider marketing campaign. In some places mainly conservation areas there are restrictions on the use of advertising hoardings so check with the local planning authority before proceeding with the designer hoarding.
Project Print Management specialised in designer hoardings and the more challenging print project. For more information please contact us.
DIBOND® was originally developed in 1992
by 3A Composites as one of the first Aluminium Composite material for the display and signage markets. The panel combines two 0.3 mm aluminium surface layers with a polyethylene core and comes with a protective film on both sides.
The light-weight and rigid composite material is ideal for large signage applications, architectural signs, display and exhibition, POS / POP display, digital & screen printing, photo mounting, interior design, industry and transport.
Key Benefits
High corrosion resistance
Excellent processing parameters, e.g. bending, routing and folding
Colour quality, trueness and colour thickness
Absolutely flat surface Stocked and distributed locally
Applicable for screen printing and direct-to-substrate digital printing
UV protection
Optimized for outdoor use Low thermal expansion compared to plastic materials
Low weight combined with high stiffness and dimensional stability
Cost-effective through flat transportation and local installation
