Heavy-duty aquarium stand frame made from 8080 aluminium T-slot extrusion, designed for large aquarium systems with sump filtration. Frame size: 1800mm L × 700mm W × 850mm H, excluding levelling feet
Couldn't load pickup availability
This heavy-duty aluminium aquarium stand frame is designed to support large aquarium setups with a sump filtration system underneath.
The frame is manufactured from strong 8080 aluminium T-slot profile, providing a rigid, corrosion-resistant, and modular structure suitable for freshwater, marine, and reef aquarium applications.
The stand includes a reinforced top frame with cross-members to help spread the aquarium load, a lower support area for the sump, and provision for heavy-duty adjustable levelling feet.
The internal layout is designed to suit a sump measuring 1250mm L × 450mm W × 400mm H, positioned toward the front/right side of the cabinet. The frame provides a clear internal cavity for sump access and maintenance.
Specifications
-
Stand size: 1800mm L × 700mm W × 850mm H
-
Profile: 8080 aluminium T-slot extrusion
-
Suitable sump size: 1250mm L × 450mm W × 400mm H
-
Sump position: front/right side of cabinet
-
Reinforced top frame with cross-members
-
Bottom sump support frame
-
Adjustable levelling feet available
-
Suitable for large aquarium and sump systems
-
Designed by RM Engineering and Automation
Applications
-
Large aquarium stands
-
Marine reef tanks
-
Freshwater display tanks
-
Sump filtration systems
-
Aquarium cabinet frames
-
Heavy-duty equipment support frames
Important Note
This frame is supplied unassembled. If you would like us to assemble the frame for you, please contact us and we can provide a separate assembly quote.
The listed price excludes assembly fees, delivery, installation, tank, sump, panels, doors, top board, and accessories unless stated otherwise.
For large glass aquariums, we recommend using a flat support board or suitable aquarium foam/mat on top of the frame, as required by the tank manufacturer. The stand must be installed on a solid, level floor capable of supporting the total system weight.
