The QJB Submersible Mixer serves as a versatile solution, featuring two distinct series: the Mixed Mixing Series and the Low-Speed Push Current Series. Each is meticulously designed to cater to diverse water treatment needs.
The Mixing Series Mixers are engineered for excellence in sewage treatment plants and industrial processes, effectively mixing liquids laden with suspended solids to ensure optimal processing.
The Low-Speed Push-Flow Series Mixers are perfect for industrial and urban wastewater treatment plant aeration tanks. They generate a low tangential flow of robust water currents, ideal for various stages such as circulation, nitrification, denitrification, and dephosphorization, ensuring seamless water flow creation throughout the process.
Mixing and stirring series submersible mixer is suitable for various water treatment
Process and industrial processes need to maintain a solid, liquid two-phase or solid, liquid, gas three-phase media uniform mixing reaction place.
QJB (T) type submersible mixer
*
Sewage (wastewater)/activated sludge mixing
*
Control of thickened sludge separation
*
Acid, alkali neutralization and PH value adjustment process
*
Prevent particles from coagulating and settling on the wall and bottom of the pool
*
Improving the efficiency of heat transfer systems
Other places where two or three phases need to be kept separate Submersible mixers can be operated normally and continuously under the following conditions
*The maximum medium temperature does not exceed 40ºC;
*PH value of the medium is 5-9;
*The density of the medium does not exceed 1150Kg/m3.
*Long-term submersible operation, the diving depth generally does not exceed 20M.
Warning!
P
erformance characteristics:
1, QJB type submersible mixer compact structure, simple operation and maintenance, easy installation and maintenance, long service life;
2, the impeller has a better hydraulic design structure, high efficiency, swept back blade with self-cleaning function can prevent debris entanglement, clogging;
3, mixed with the aeration system can make a substantial reduction in energy consumption, oxygenation significantly improve the amount of effective prevention of sedimentation;
4, the motor winding insulation level for the grade, protection level for IP68, the selection of NSK bearings and utility model patent (patent number: ZL 2016 2 1473758.8), so that the motor work more safely;
5.The material of two mechanical seals is silicon carbide-silicon carbide. All exposed fasteners are stainless steel.
1. The QJB type submersible mixer boasts a compact design, making operation and maintenance a breeze. With easy installation and a long service life, this mixer is engineered for reliability.
2. Featuring an advanced hydraulic design, the impeller delivers high efficiency. Its backward swept blade is equipped with a self-cleaning function to prevent debris entanglement and clogging, ensuring uninterrupted performance.
3. When integrated with aeration systems, the mixer significantly reduces energy consumption while enhancing oxygenation, effectively preventing sedimentation and promoting a healthier water treatment process.
4. The motor winding insulation is top-grade, and its protection level is IP68. Equipped with NSK bearings and a patented utility model (patent number: ZL 2016 2 1473758.8), the motor is designed for safe and reliable operation.
5. The two mechanical seals are made of silicon carbide-silicon carbide, and all exposed fasteners are crafted from stainless steel, ensuring durability and resistance to corrosion.
Our Mixing and Stirring series products are engineered with multi-pole motors featuring a direct-connected structure. This design ensures low energy consumption and high efficiency. The impellers are meticulously crafted through precision casting or stamping, offering high precision, substantial thrust, a sleek and aesthetically pleasing appearance, and a compact structure that maximizes performance.
The Low-speed Push-flow series products are equipped with a cycloid pinwheel reducer, boasting low power consumption and slow rotational speeds. These mixers feature large impeller diameters, providing extensive service coverage. Constructed from robust polyurethane material and aluminum alloy casting, the impellers exhibit high strength and excellent corrosion resistance. Beyond simple mixing, they effectively push and create water flow, making them versatile for various applications.
Our submersible mixers are equipped with motors that have Class F insulation and an IP68 protection rating. These mixers are ideal for aeration systems in wastewater plants, greatly reducing energy consumption while significantly enhancing oxygenation and preventing sedimentation. Depending on process requirements, they can be fitted with a deflector cover for optimized performance.
To guarantee the submersible mixer achieves optimal performance, please provide the following information.
*
Purpose of utilization.
*
Type and size of the pool, including water depth.
*
Characteristics of the mixing medium, including viscosity, density, temperature, and solids content.
Installation system:
Our specialized installation system for the submersible mixer allows for rapid installation and dismantling without the need to drain the pool.
Installation system
1
is recommended when the pool depth H<4 meters. The diving depth of the submersible mixer can be adjusted vertically as needed, with a maximum horizontal swing angle of ±60°. The lifting system's base, support frame, and lower bracket are all securely fastened with expansion bolts, eliminating the need for pre-drilled holes.
For pool depths greater than 4 meters (H>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 all anchored with expansion bolts, eliminating the need for pre-drilled holes. Installation system II uses guide ropes, ensuring easy transport and straightforward on-site installation. This system mitigates issues such as guide rod bending or deformation during transport, which can hinder normal operation, and rectifies lifting issues caused by installation errors in deeper pools. It also provides more reliable operation under cantilevered pool tops (as shown in the illustration).
When placing an order, please provide the pool depth H and a diagram of the pool type to determine the appropriate size for the guide rod or guide wire. The installation system is constructed from stainless steel (or carbon steel). Apart from the guide bar or guide wire and lifting base, multiple mixers can share a single lifting device, unless otherwise specified.
){kind=link}