Super Impeller Type Oxygenator

Product Advantages
Water-Cooled Motor
The motor of the Super Impeller Type Oxygenator is water-cooled, offering significant advantages in terms of heat dissipation and longevity. The water-cooling system prevents the motor from overheating, enhancing overall system performance and reducing the need for additional cooling mechanisms.

Stainless Steel Housing
The oxygenator features a durable stainless steel housing, which eliminates the need for a motor cover. This not only reduces maintenance costs but also increases the durability and corrosion resistance of the device, making it ideal for harsh environmental conditions.

Automatic Motor Protector
To ensure the safety of the motor, an integrated automatic protector is installed within the device. If the motor becomes overheated, the protector will automatically disconnect power, preventing damage to the motor and extending its lifespan.

High-Quality Gears
The gears in the oxygenator are made from a manganese titanium alloy steel, known for its superior strength and durability. The gear teeth undergo a nitriding process, enhancing wear resistance and significantly increasing the service life of the device.

Non-Welded Impeller Assembly
The impeller is assembled without welding, which helps maintain smooth operation and ensures the oxygenator runs without vibration or imbalance. The design also makes the device easier to transport and handle, as it is lighter and more compact than traditional welded designs.

Energy Efficient
The Super Impeller Type Oxygenator is designed with energy conservation in mind. It operates with minimal energy consumption, helping users reduce operational costs while still delivering optimal oxygenation performance.

Product Features
Water-Cooled Motor
The water-cooled motor system reduces the risk of overheating, ensuring continuous, uninterrupted operation.
Provides better cooling efficiency compared to air-cooled alternatives.
Ideal for environments where cooling is essential to maintain consistent performance.

Stainless Steel Housing
Corrosion-resistant material ensures long-term reliability, even in aquatic or chemically aggressive environments.
Eliminates the need for additional protective covers, simplifying maintenance and improving cost-effectiveness.
Rugged construction protects internal components from physical damage.

Motor Overheat Protection
The built-in motor protector automatically shuts off power if overheating is detected, safeguarding against motor failure.
Ensures operational safety and reduces the risk of costly repairs due to overheating.
Adds an extra layer of security, particularly for continuous or long-duration operation.

Durable Gear System
The use of manganese titanium alloy steel gears offers enhanced strength, reducing wear and tear during operation.
The nitriding process on the gear teeth extends their lifespan, ensuring that the oxygenator continues to operate effectively over time.
The gear system provides a smooth, reliable transfer of power to the impeller, contributing to the overall efficiency of the oxygenator.

Non-Welded Impeller Design
The impeller is assembled using a non-welded technique, ensuring a more balanced and stable operation.
This design reduces the likelihood of vibration, which could otherwise cause premature wear or instability.
The non-welded assembly process also makes transportation more convenient, as the impeller is lighter and easier to handle.

Energy Efficiency
The oxygenator is engineered to consume minimal energy while providing maximum oxygenation output.
This energy-efficient design lowers operating costs and contributes to more sustainable operation.
Particularly beneficial for industries and operations that require 24/7 oxygenation.

Product Applications
Aquaculture
In aquaculture, the Super Impeller Type Oxygenator plays a vital role in maintaining optimal oxygen levels in fish tanks or ponds. It supports healthy fish growth and ensures efficient use of resources by providing a consistent supply of oxygen to aquatic life.

Wastewater Treatment
The oxygenator is ideal for wastewater treatment plants, where it helps accelerate the biological treatment process by supplying dissolved oxygen to aerobic microorganisms. This improves the efficiency of wastewater purification and reduces treatment time.