NEWS ARTICLE ARCHIVES
Modular Decking by Landscape and Architectural Design Products
Modular Decking - Design Stages
Stage 1 - Brief
Our Design Team will work with your Interior Designers
and Architects /specifiers to create the best design to
suit your projects requirements. We design in both 2D
and 3D CAD.
Stage 2 - Layout and Options
The layout of the modular size and the structural
support will be determined to best suit the
specifications of your project. We incorporate unique
adjustable feet with anti vibration and slip resistant pads.
These feet also help to give the "Floating" Timber Deck
appeal. These special feet also remove the need for any
surface penetration saving time and money.
Stage 3 - Materials / Finishes
Materials, Finishes and Colours are selected from an
extensive range that we then specify into your project.
These range from the timber types, colours and sizes as
well as the finishing and colour options for the
aluminium frame structure.
Stage 4 - Manufacture / Delivery
We Pre-Build the Modular Timber Decking in our
factory (or you may decide to partially assemble the
timber slats after arrival on site). Our High Quality
Materials and Workmanship ensure a fabulous finish
every time! Your decking timber can easily be pre-stained
to save you even more time, money and mess
on site.
The Benefits
- Perfect for Penthouses and High Rise Apartments
- No need to penetrate existing tiles, paving, waterproofing materials
or membranes
- High quality metal framing and solid timber decking slats
- Save onsite labour costs and reduce project timing
- Modular sections can be fully or partially prefabricated in our factory
- All site restrictions and rules taken into consideration at time of
design (including lift dimensions for high rise buildings)
- We design, manufacture and install (or work with your installation
team)
- Aluminium RHS Framing used is durable and rust resistant. Powder
Coated or Painted finishes are available
- Specially designed adjustable feet (incorporating friction and vibration
free pads) can support up to 500 kgs each (times the number of
feet in a grid)
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