Deluxe Single Tier Up Staging 1' 11" Long 18" Wide Slats | Two Wests
With a smart 'powder coated' green finish our range of Single Tier Deluxe Up-Staging not only looks good in a green greenhouse, but also makes the staging easier to keep clean - providing a smooth wipe clean surface to the staging.
Powder Coated Finish - moss green RAL6005 finish on framework, trays & slats.
Covers & Edging - supplied with black covers for the nuts & bolts together with black edging strip for the gravel trays to create a smart, deluxe finish to the staging.
Framework - cross-braced 1" x 1" x 1/16" aluminium angle bolted together with aluminium nuts & bolts. This sturdy, well engineered structure is achieved by using long lengths of aluminium combined with additional bracing below the top level & between the legs giving a much better load bearing capacity than other designs available.
30" (75cm) high - to allow plenty of room for storage below the staging.
Surface - select either aluminium trays or 2¬" (6cm) wide aluminium slats.
Trays - 7/8" deep aluminium trays (made from 1mm thick sheet) sit in the supporting framework. The trays are reversible, use as a gravel tray or turn over to form a flat level surface ideal for capillary watering. Or the trays can be removed to allow tall plants to be grown through the framework, which they can use for support.
Slats - 2¬" (6cm) wide aluminium slats which are spaced 1«" (4cm) apart on the staging, fully adjustable to suit different pot sizes but a tight fit so they stay firmly in place.
Deluxe Single Tier Up Staging 1' 11" Long 18" Wide Slats
Illustration shows a 3'10" Two Tier Deluxe Up-Staging.</br>
Aluminium Trays
Not sealed at the corners to allow adequate drainage, should you be using your staging where watertight trays are required they can be lined with polythene or sealed with a waterproof adhesive.
Aluminium Slats
Useful during the winter months when plants are dormant & require less water but more ventilation to prevent 'damp-off' & disease. Also good for plants such as Orchids which require maximum air circulation around their roots.