Impeller Type Oxygenator

Product Advantages
Motor Protector for Overheat and Phase Loss
One of the standout features of the Impeller Type Oxygenator is its built-in motor protector. This protector automatically disconnects power in the event of phase loss or motor overheating. This safety feature significantly reduces the risk of motor damage and enhances the longevity of the device, making it more reliable for continuous operation.

Durable Gear System
The oxygenator is equipped with gears made from chromium-manganese-titanium alloy steel, a material chosen for its exceptional strength and wear resistance. The gear teeth undergo a carbon-nitrogen co-diffusion process, which further increases their durability and ensures the oxygenator remains efficient over extended periods of use.

Non-Welded Impeller Assembly
Unlike traditional welded impellers, the Impeller Type Oxygenator utilizes a non-welded assembly for its impeller. This unique design ensures smooth operation and reduces the risk of imbalance or vibration during operation. Additionally, this non-welded design makes the device easier to transport and handle, as the impeller is lighter and more compact.

Customizable Impellers for Harsh Environments
The oxygenator offers flexibility in its design, with customizable impellers available in both engineering plastic and stainless steel materials. These options ensure that the device can be used in various environments, including corrosive industrial wastewater or seawater applications, where traditional materials might wear down quickly. The corrosion-resistant materials help extend the lifespan of the impeller and reduce the need for frequent replacements or repainting.

Product Features
Motor Protector
The motor is safeguarded by an internal protector that automatically shuts off the power supply when an issue like phase loss or overheating is detected.
This feature helps to prevent costly motor failure and downtime, ensuring the oxygenator operates without interruptions.
Ideal for environments where electrical fluctuations or temperature variations are common.

High-Strength Gears
The gears are crafted from chromium-manganese-titanium alloy steel, which offers superior resistance to wear, rust, and corrosion.
The carbon-nitrogen co-diffusion treatment on the gear teeth increases their hardness, enhancing their resistance to impact and friction.
This durable gearing system significantly reduces maintenance needs and ensures reliable, long-term performance.

Non-Welded Impeller
The impeller is assembled without welding, ensuring that it operates smoothly and with minimal vibration.
This design helps maintain a more balanced operation, reducing stress on the motor and other components, leading to improved overall efficiency.
The impeller assembly also makes it easier to transport and install the oxygenator, as it is lighter than traditional welded designs.

Corrosion-Resistant Materials for Custom Impellers
For applications in corrosive environments such as seawater or industrial wastewater, users can choose between engineering plastic or stainless steel impellers.
These materials are specially selected to resist the effects of corrosion, ensuring that the oxygenator can operate for long periods without degradation.
Customizable impellers allow users to tailor the oxygenator to their specific needs, ensuring reliable performance even in challenging environments.

Product Applications
Aquaculture
The Impeller Type Oxygenator is widely used in aquaculture, where it provides essential oxygenation for fish tanks and ponds. Its reliable and efficient oxygen delivery ensures optimal living conditions for aquatic life, promoting healthy growth and faster production cycles. With customizable impellers, it can also be used in saline or brackish water environments.

Wastewater Treatment
In wastewater treatment plants, the oxygenator helps support aerobic bacteria, which are crucial for breaking down organic waste. By maintaining high levels of dissolved oxygen, the Impeller Type Oxygenator accelerates the purification process and ensures cleaner water discharge. Its corrosion-resistant materials make it especially effective in harsh industrial wastewater applications.