The QJB submersible mixer is elegantly engineered into two distinct series: the Mixed Mixing Series and the Low-Speed Push Current Series, each crafted to meet specific environmental needs.
Our Mixing Series Mixers are expertly designed for sewage treatment plants and industrial applications, seamlessly blending liquids containing suspended solids to ensure optimal homogenization.
The Low-Speed Push-Flow Series Mixer is perfectly suited for both industrial and urban wastewater treatment plants. It generates a robust low tangential water flow, ideal for aeration tanks. This series excels in facilitating crucial processes such as circulation, nitrification, denitrification, and dephosphorization, promoting efficient and sustainable water treatment.
Our versatile Mixing and Stirring Series Submersible Mixer is expertly engineered for a wide array of water treatment applications.
It is perfect for processes that require maintaining uniform mixing of solid-liquid phases or even solid-liquid-gas three-phase media, ensuring optimal reactions.
Discover the power of the QJB (T) Type Submersible Mixer
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Ideal for effective mixing of sewage (wastewater) and activated sludge.
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Essential for controlling the separation of thickened sludge.
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Crucial for acid, alkali neutralization, and precise PH value adjustments.
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Prevents particles from coagulating and settling on pool walls and bottoms, enhancing system efficiency.
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Boosts the efficiency of heat transfer systems.
Applicable in any scenario where maintaining the separation of two or three phases is crucial. Our submersible mixers are designed for continuous, reliable operation under these conditions:
*Maximum medium temperature: 40ºC;
*Medium PH range: 5-9;
*Medium density: Up to 1150Kg/m3.
*Suitable for long-term submersible operation, typically up to a depth of 20 meters.
Warning!
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Performance Characteristics:
1. The QJB type submersible mixer features a compact design, user-friendly operation, and low-maintenance installation for a long service life.
2. The impeller's advanced hydraulic design and self-cleaning, swept-back blade prevent debris entanglement and clogging, ensuring high efficiency.
3. When integrated with the aeration system, it significantly reduces energy consumption and enhances oxygenation, effectively preventing sedimentation.
4. The motor benefits from high-grade winding insulation and IP68 protection, utilizing NSK bearings and a patented utility model (patent number: ZL 2016 2 1473758.8) for safe operation.
5. Equipped with silicon carbide-silicon carbide mechanical seals and stainless steel fasteners, ensuring durability and resistance to corrosion.
1. The QJB type submersible mixer boasts a compact design, ensuring effortless installation and maintenance. Its long service life translates to minimal operational disruptions.
2. Engineered with an advanced hydraulic impeller design, this mixer features high efficiency and swept-back blades equipped with a self-cleaning function to prevent clogging and debris entanglement.
3. When paired with an aeration system, it dramatically reduces energy consumption while significantly enhancing oxygenation to effectively prevent sedimentation.
4. The motor's winding is insulated to the highest standard, with an IP68 protection rating. Utilizing NSK bearings and a patented design (Patent No: ZL 2016 2 1473758.8), it ensures safer and more reliable motor operation.
5. Featuring dual mechanical seals made from silicon carbide-silicon carbide, and all exposed fasteners crafted from stainless steel, the mixer guarantees durability and longevity.
Our Mixing and Stirring series products are equipped with advanced multi-pole motors featuring a direct-connected structure, optimizing both energy consumption and efficiency. The impellers, crafted through precision casting or stamping, boast high accuracy, substantial thrust, and a sleek, compact design that marries functionality with aesthetic appeal.
The Low-Speed Push-Flow series products are designed with a cycloid pinwheel reducer, ensuring low power usage and rotational speed. They feature large-diameter impellers crafted from durable polyurethane and aluminum alloy, which offer high strength and exceptional corrosion resistance. Beyond mixing, these impellers excel in pushing and creating water flow, making them invaluable for wide service areas.
The motor winding of our submersible mixer is insulated with Class F material, offering an IP68 protection grade, making it ideal for wastewater plant aeration systems. This design significantly lowers system energy consumption while enhancing oxygenation and preventing sedimentation. For enhanced process efficiency, the direct-connected submersible mixer can be optionally equipped with a deflector cover.
To ensure the submersible mixer achieves optimal performance, please provide the following information:
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Purpose of utilization:
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Details of the pool type and its dimensions, including water depth:
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Characteristics of the mixing medium, such as viscosity, density, temperature, and solids content.
Installation System:
The specialized installation system for the submersible mixer allows for rapid installation and dismantling without the need to drain the sewage from the pool.
Installation System
1
is recommended for pool depths (H) less than 4 meters. The diving depth of the submersible mixer can be vertically adjusted as needed, with a maximum horizontal rotation angle around the guide bar of ±60°. The base of the lifting system, support frame, and lower bracket are all securely fixed with expansion bolts to the relevant connection surfaces of the pool, eliminating the need for pre-reserved holes.
For pool depths (H) greater than 4 meters, it is recommended to use Installation System
2
, which requires a concrete foundation (or steel structure base) at the pool's bottom. The base of the lifting system, rope fixing frame, and guiding base are fixed with expansion bolts to the relevant connection surfaces of the pool, also eliminating the need for pre-reserved holes. Installation System II substitutes guide ropes for guide rods, ensuring easy transportation and simple on-site installation. This system effectively prevents bending and deformation of the guide rod during transportation, which can hinder normal operation. It also addresses issues with lifting, caused by guide rod installation errors in deep pools. Under cantilevered pool top conditions (as shown in the picture), the operation is more convenient and reliable.
When ordering, please provide the pool depth (H) and the pool type diagram to help the factory determine the correct size for the guide rod or guide wire processing. The installation system is constructed from stainless steel (or carbon steel). Besides the guide bar or guide wire and lifting base, multiple mixers can share one set of lifting devices (unless users have specific requirements).
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