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The high-temperature circulating bath is a newly developed instrument designed to support high-temperature reactions in ...
KAIMINA Laboratory Distillation Columns are designed for solvent recovery, organic compound purification, and process de...
KAIMINA mixer settlers with gas collection hoods provide efficient liquid-liquid extraction, fume control, and acid mist...
The Glass Reactor with Integrated pH Monitoring System is designed for chemical synthesis, crystallization, extraction, ...
A vacuum filter is a device designed to achieve solid-liquid separation by utilizing vacuum negative pressure as the dri...
Discover practical tips for glass reactor safety, operation, cleaning, and maintenance. Learn how to inspect components,...
Learn how to choose a rotary evaporator for your laboratory. Compare capacity, vacuum performance, heating baths, conden...
A transparent PVC mixer settler provides a practical solution for laboratory teaching, scientific research, and prelimin...
In extraction processes in industries such as chemical engineering, hydrometallurgy, and pharmaceuticals, abnormal rises...
KAIMINA centrifugal extractor offers an efficient, energy-saving, and eco-friendly industrial solution for protein extraction from fermentation wastewater, thereby realizing a dual value proposition: "Resource Recovery + Environmental Compliance.".
Solvent extraction is widely used in industries such as hydrometallurgy, rare earth processing, pharmaceuticals, and fine chemicals. Two of the most commonly used extraction technologies are the centrifugal extractor and the mixer settler.
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Depending on the production process of fruit juice beverages and the different parameters of the materials, suitable centrifuges include tubular centrifuges, disc centrifuges, and horizontal screw centrifuges. The selection is mainly based on factors such as throughput, solid content, and separation effect..
Depending on the microbial production process and material parameters, Clarifying tubular centrifuges and two-phase disc centrifuges are suitable. The selection criteria mainly include throughput, solids content, and separation effect.
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Multi-stage Countercurrent Mixer settler Extraction System, with stirring speed (50-500 rpm) and the residence time in the clarification chamber (10-30 minutes), achieving gradient separation of organic matter and water..
5-stage laboratory mixer settler for hydrometallurgical solvent extraction. Ideal for lithium-ion battery recycling, PCB metal recovery, and university research. Scalable to pilot and industrial plants. Request technical details today..
In chemical, pharmaceuticals, and hydrometallurgy, extraction processes, as the core technology of liquid-liquid separation, have their efficiency and stability.
In the chain of cobalt resource development and utilization, it is a key part that cobalt extraction from cobalt ore and wastewater treatment. Traditional processes suffer from low efficiency, high energy consumption, and significant environmental impact. Our LC series centrifugal extractor, with its enhanced separation technology using a super-gravity field and an intelligent control system, offers a breakthrough solution for this process..
In the chemical separation field, the performance of centrifugal extractors not only depends on the mechanical precision of core components but also on the systematic design of inlet and outlet piping. Through research and develop on LC centrifugal extractors, we have demonstrated the critical impact of piping layout on extraction efficiency, product purity, and equipment stability, providing the industry with a replicable process optimization paradigm..
In the field of pesticide intermediate production, high efficient and accurate separation technology is essential for improving product quality and reducing production costs. Our LC-350 centrifugal extractor has shown significant application advantages in the production of pesticide intermediates with its excellent performance and advanced technology..
