Designed for stocking dense populations of feeder or bait fish, the Feeder Systems feature thermostatically controlled refrigeration, industrial-grade UV disinfection, a fish-feeding timer with auto-restart and, of course, three-stage BIO-Wheel® filtration. Each BIO-Wheel filtration module contains a dense poly-fiber prefilter pad, carbon filter pack and a patented commercial BIO-Wheel.
Our BIO-Wheel filtration module provides a simple, yet superior solution to three-stage system filtration. Easy to install, easy to maintain, it significantly reduces labor cost while dramatically increasing filtration efficiency.
As water enters the module, waste is mechanically trapped by a poly-fiber prefilter pad. The carbon filter pack contains Black Diamond® premium activated carbon for chemical filtration, efficiently adsorbing dissolved organic compounds.
Passing through the filter media trays, water flows onto the BIO-Wheel wet/dry biological filter mounted below. Because system flow causes it to rotate, the BIO-Wheel is constantly exposed to both water and air, thus developing a thriving culture of aerobic nitrifying bacteria.Find the right retail aquarium for your fish holding needs. Our retail fish display tanks are perfect for holding feeder fish.
Easy to install, easy to operate, these impressive systems dramatically reduce fish loss while increasing feeder sales.
SPECIAL FEATURES - FEEDER WAREHOUSE SYSTEM
Hi/Lo Spray Nozzles
- Introduce water to the system, providing necessary surface and bottom agitation.
Removable Partition Screens
- Protects fish from becoming drawn into sump chamber.
SPECIAL FEATURES - FEEDER WAREHOUSE DISPLAY SYSTEM
Custom Bi-level Skimmer
- Provide the option of keeping three types and/or sizes of feeder fish simultaneously.
SPECIAL FEATURES - TRI-CHANNEL FEEDER DISPLAY SYSTEM
Divided Three-chambered Design
- Draws returning water and floating debris from both the bottom and surface levels to ensure uniform water processing.
Bi-level Spray Bars
- Holds feeders of different sizes and types at a single location.