collapsible floating fishing keep net (also commonly referred to as a fish cage, floating basket, or live fish creel).
Physical Dimensions
Diameter:50 cm (the width of the circular metal wire rings)
Length / Height:70 cm (fully extended depth from top to bottom)
Tier Count:3-tier collapsible section layout
Construction & Material
Mesh Material: High-strength, quick-drying Nylon or PE woven mesh. The weave is designed to maximise freshwater or saltwater circulation to keep the catch stress-free and alive.
Frame: Corrosion-resistant spring steel wire hoops that maintain the basket's cylindrical structure under water pressure.
Flotation: Equipped with 3 red plastic surface buoys / floats embedded along the top ring to ensure the upper opening remains securely suspended at the water's surface
Key Specifications
Design Type: 3-tier round hoop collapsible system
Framing Material: Lightweight, rust-proof aluminium support rings
Net Material: High-density, fish-friendly fine mesh designed for minimal scales abrasion
Top Closure: Secure heavy-duty fabric drawstring with toggle
Portability: Pop-up spring frame that folds down entirely flat for storage
Key Features
Fish Safety & Welfare: The dark, tightly woven mesh keeps sunlight out, keeping the fish calm, cool, and stress-free while they await weighing or release.
Two-in-One Functionality: The top section acts as an unhooking or landing station. Once unhooked, the fish can be safely slid directly past the top opening into the deep keeping chambers below without risking them jumping out back into the water.
High Hydrodynamics: The open mesh construction allows for complete, rapid water circulation. This gives the fish continuous fresh oxygen from the river or dam currents.
Ergonomic Transportation: Equipped with a thick over-the-top nylon carry strap and a molded plastic grip handle for easy lifting and carrying, even when full.
Quick-Dry Design: The woven synthetic material is hydrophobic, shedding water rapidly after removal from the bank to prevent unwanted damp smells during transport.
