Fish Farming Oxygen Increasing Machine

As a professional aquaculture equipment manufacturer, we supply the ultra-light variable frequency paddlewheel aerator in four power models: 0.55 kW, 0.75 kW, 1.5 kW, and 2.2 kW, allowing you to select the configuration best suited to your pond size and stocking density.

This paddlewheel aerator adopts an advanced gearless direct drive motor, delivering zero maintenance and stable running. Its variable frequency system enables energy saving and multi-speed regulation, helping customers reduce electricity costs in large-scale farming operations. The unit supports wide voltage input and is equipped with a phase-loss alarm non-stop function.

Multiple safety protection functions are built in, including lightning protection, anti-winding, and overload protection. A soft start design protects both the equipment structure and the aquatic products in the pond.

• Gearless direct drive motor for zero maintenance and stable operation
• Variable frequency system for energy saving and multi-speed regulation
• Wide voltage support with phase-loss alarm non-stop function
• Lightning protection, anti-winding, and overload protection
• Soft start design that protects equipment structure and aquatic products
• Floating structure for easy deployment and relocation
• High-efficiency paddle wheels that raise dissolved oxygen and improve water quality

The aerator is widely used in fish, shrimp, and crab breeding ponds, recirculating water aquaculture systems, and factory farming projects. Its high-efficiency paddle wheels increase water oxygen content and improve overall water quality, while the stable performance and long service life make it a reliable choice for continuous operation.

We support OEM and ODM customization and can adjust product configuration according to your project requirements. Global buyers and distributors are welcome to contact us for quotations and technical consultation.

Note: Product images shown are for reference. Final configuration may be customized to meet specific project demands.