Key Features
- Capacity: 135 liters – suitable for small to medium batches of live fish or fingerlings.
- Insulated Double Wall: Keeps water temperature stable, reducing environmental stress.
- Durable Construction: Made from heavy-duty, food-grade polyethylene, resistant to corrosion and UV degradation.
- Aeration Pump Included: Maintains dissolved oxygen levels for longer survival times during transport.
- Secure Lid Design: Prevents water splashing and fish escape, with easy access for monitoring.
- Ergonomic Handles: Built-in side handles for easy lifting and handling.
Applications
- Fish Hatcheries: Transport fingerlings and juvenile fish to grow-out ponds.
- Aquaculture Farms: Move fish between ponds or facilities.
- Seafood Distributors: Deliver live fish to markets and restaurants.
- Research Institutes: Safely transfer aquatic species for studies.
| Parameter | Value |
|---|---|
| Capacity | 135 L |
| Material | Food-grade UV-resistant polyethylene |
| Structure | Double-wall insulated |
| Aeration Pump | Included, battery or AC powered, Air pump runing time 8 hours |
| Lid | Secure, splash-proof |
| Drain Valve | Bottom outlet |
| Color | Random (Blue, Green,Yellow etc.) |
Advantages
- Improved Survival Rates: Stable temperature and oxygenation reduce transport-related losses.
- Portability: Lightweight yet robust construction makes handling easy.
- Versatility: Suitable for both freshwater and marine species.
The 135L Insulated Live Fish Transport Tank with Aeration Pump is a durable, temperature-stable container designed for the safe movement of live fish. Its double-wall insulation helps maintain optimal water temperature, while the built-in aeration pump ensures sufficient dissolved oxygen during transport. Made from food-grade UV-resistant polyethylene, it is lightweight yet strong, with a secure splash-proof lid, convenient drainage outlet, and ergonomic handles for easy handling.
Ideal for fish hatcheries, aquaculture farms, seafood distributors, and research facilities, this tank improves survival rates and reduces stress for both freshwater and marine species.
