DY319 metal extractant is a phosphorus free extractant that has excellent extraction performance for nickel, cobalt, and manganese in waste battery leaching solution. It can achieve co extraction and co reaction, and has good separation effect with calcium and magnesium.
DY319 is an efficient extractant specifically designed for co extraction of nickel and cobalt from laterite nickel ore or lithium battery electrolytes. Then use DY272 to take cobalt ion out, only leave pure nickel ion.
The characteristic is that the producing process is simple, but the work efficiency will be improved greatly, the cost of obtaining nickel and cobalt will be saved to much, and greatly providing industry competitiveness.
This product has been produced in large quantities and is widely used in the lithium battery recycling industry.
|Appearance||Yellow viscous liquid|
|Specific gravity (25 ° C)||0.860-0.880|
|Flash point (closed cup)||>110°|
|Dynamic viscosity (25 ℃)||<40CP|
|Solubility insoluble in water||easily soluble in alkaline water and most organic solvents|
Packaging and storage: 190Kg/barrel or IBC ton barrel. The product must be sealed and stored in a dry and cool place, and must not be mixed with alkaline substances.
DY319 metal extractant is an excellent extractant with the following characteristics:
- Non phosphorus: Compared to traditional phosphorus containing extractants, DY319 metal extractant is more environmentally friendly and sustainable. The use of DY319 metal extractant can reduce the pollution of harmful substances such as phosphates to the environment during the treatment of waste battery immersion solution.
- Good extraction performance: DY319 metal extractant can effectively separate metal ions such as nickel, cobalt, and manganese in the leaching solution, improving production efficiency and product quality.
- Good co extraction and co reaction effect: DY319 metal extractant can achieve co extraction and co reaction, reducing process costs and improving production efficiency.
- Stable physicochemical properties: DY319 metal extractant has a moderate specific gravity, low dynamic viscosity, and is easy to operate and use. At the same time, it has good chemical stability and physical stability, and can adapt to complex extraction environment.
- Convenient packaging and storage: DY319 metal extractant is packaged conveniently and stored simply. It only needs to be sealed and stored in a dry and cool place.
DY319 metal extractant is a stable, environmentally friendly and sustainable extractant with unique advantages and application potential in nickel cobalt manganese calcium magnesium extraction. Compared with traditional extractants, it not only has low cost and is easy to use, but also has multiple advantages such as efficiency, environmental protection, and sustainability. Therefore, it has broad application prospects and profound social impact in industries such as waste battery treatment, metallurgy, chemical engineering, electronics, etc.
Advantages of DY319 Metal Extractant
- Efficient extraction performance: DY319 metal extractant has good extraction performance for nickel, cobalt, manganese and other metal ions in the leaching solution of waste batteries, and can achieve co extraction and co reaction, with good separation effect with calcium and magnesium. Its extraction rate and extraction rate are both high, which can meet the needs of large-scale production.
- Environmental sustainability: DY319 metal extractant does not contain phosphorus, making it more environmentally sustainable compared to traditional phosphorus extractants. The use of DY319 metal extractant can reduce the pollution of harmful substances such as phosphates to the environment during the treatment of waste battery immersion solution. In addition, DY319 metal extractant does not have problems with waste liquid, waste gas, and waste solids in the process, which is more in line with environmental requirements.
- Low cost and high efficiency: DY319 metal extractant has low cost and is easy to use. Compared with traditional chemical extractants, using DY319 metal extractant can reduce operational steps, reduce labor costs, and improve work efficiency. At the same time, DY319 metal extractant has efficient extraction performance, which can achieve fast and efficient production processes, further reduce production costs and improve production efficiency.
- Wide application range: DY319 metal extractant is not only suitable for the extraction of metal elements in the leaching solution of waste batteries, but also for the extraction of other metal ions, such as nickel, copper, zinc, lead, cobalt, etc. In addition, DY319 metal extractant can also play an important role in urban sewage treatment and industrial wastewater treatment.
- Advanced technology: DY319 metal extractant adopts a new formula and extraction technology, which has higher selectivity and better impurity removal effect, and can achieve extremely high extraction efficiency and product purity. At the same time, the preparation process and application technology of DY319 metal extractant are constantly being improved and improved to meet the extraction requirements of different fields and needs.
In terms of application, DY319 metal extractant is mainly suitable for industries such as waste battery treatment, metallurgy, chemical industry, electronics, etc. Among them, waste battery treatment is one of the main application fields of DY319 metal extractant. With the rapid development of the modern electronics industry, the growth of electronic waste has shown explosive growth, and the number of waste batteries is also constantly increasing. How to effectively treat waste batteries has become an urgent problem to be solved. At this point, the advantages of DY319 metal extractant have been fully utilized. It can not only quickly and efficiently extract important metal elements from the leaching solution of waste batteries, recycle useful elements, but also remove harmful substances from the waste liquid, making it more environmentally friendly. Therefore, the application prospects of DY319 metal extractant in the field of waste battery treatment are very broad.
In addition, DY319 metal extractant also has broad application prospects in fields such as metallurgy, chemical engineering, and electronics. For example, there is a significant demand for extracting metal ions from leaching solutions in nickel, copper, zinc, lead and other production processes, as well as for chemical coating in fields such as semiconductors and integrated circuits. Therefore, DY319 metal extractant will play an increasingly important role in these fields.
Overall, DY319 metal extractant is a product worthy of attention and promotion, playing an increasingly important role in fields such as waste battery treatment, urban sewage treatment, and industrial wastewater treatment. In the future, the application scope and prospects of DY319 metal extractant will be further expanded and deepened, making greater contributions to industrial production and environmental protection. At the same time, the advantages of DY319 metal extractant will also drive the development and innovation of the extractant industry, becoming one of the mainstream products in the future extractant field.