Traditional Lead-Alloy Anode for Zinc Electrowinning
| FOB Price: | US$1,900.00-2,100.00 / Set |
|---|---|
| Min. Order: | 100 Sets |
| Min. Order | FOB Price |
|---|---|
| 100 Sets | US$1,900.00-2,100.00 |
| Port: | Shanghai, China |
|---|---|
| Production Capacity: | 50000/Year |
| Payment Terms: | L/C, T/T |
Similar Items
Loading...
You May Like
Loading...
Product Description
Company Info
Address:
No. 1299, Changyuan North Road, Kunming, Yunnan, China
Business Type:
Manufacturer/Factory
Business Range:
Industrial Equipment & Components
Management System Certification:
ISO 9001, ISO 14001
Main Products:
Anode Plate for Nonferrous Electrowinning, Cathode Plate for Nonferrous Electrowinning, Plastic Parts for Nonferrous Electrowinning
Company Introduction:
Kunming Hendera Science and Technology Co., Ltd, was founded in 2000. After years of research and testing, we become a high-tech enterprise integrating new non-ferrous metal products and new energy storage materials R&D, manufacturing, sales, and technical services. Since our establishment, we strongly value technical innovation, precision in manufacturing, the quality of our product, and customer support. Through thorough conversation with our customers, we can help customers to discover their needs. With our understanding of non-ferrous material, we can provide the best solution to their needs. Thus, we gradually established a good brand reputation in the industry.
Because we highly value technological innovation, we set up a national R&D platform for researchers and university students from well-known local research institutions and science and technology universities. The goal is to provide them with a platform for research and communication. In return, we can utilize their innovative ideas in our product design. Thus, we can keep advancing our technological superiority.
We have achieved numerous accomplishments in the field of hydrometallurgy, which include anode and cathode for copper, zinc, manganese electrowinning (EW), and electrorefining (ER). In 2017, with the help of researchers from non-ferrous metal research institutions, we developed a special type of anode, this anode revolutionized the design of traditional anode. We call it the "Fence-type Aluminum-based Lead-alloy Composite Anode (a. K. A the Fence-type anode). " The main advantage of this anode is energy-saving, and more cost-efficient compared to the traditional lead-alloy anode. For the cathode, our main product is the aluminum cathode. We improved the structure of the cathode to increase its mechanical strength. Moreover, we apply new anti-corrosion material, which can prolong its service life significantly. Our goal for developing new anodes and cathodes is to reduce energy consumption in EW/ER process. Thus, lowering the environmental impact of the non-ferrous metal hydrometallurgy process.
Meanwhile, we are expanding our scope of service to the energy storage field. Our goal is to provide solar power plants and wind power plants with long and durable energy storage solutions. Combining the technology we gained from making the Fence-type anode, we revolutionized the structure of the lead-carbon battery. The new battery can store significantly more energy than a traditional lead-acid battery. Moreover, we are researching the lithium-rich manganese-based cathode material and other futuristic anode and cathode materials for the battery.
With leading technology in the anode, cathode material for hydrometallurgy, and battery, we are able to stand out from our competitors.
Because we highly value technological innovation, we set up a national R&D platform for researchers and university students from well-known local research institutions and science and technology universities. The goal is to provide them with a platform for research and communication. In return, we can utilize their innovative ideas in our product design. Thus, we can keep advancing our technological superiority.
We have achieved numerous accomplishments in the field of hydrometallurgy, which include anode and cathode for copper, zinc, manganese electrowinning (EW), and electrorefining (ER). In 2017, with the help of researchers from non-ferrous metal research institutions, we developed a special type of anode, this anode revolutionized the design of traditional anode. We call it the "Fence-type Aluminum-based Lead-alloy Composite Anode (a. K. A the Fence-type anode). " The main advantage of this anode is energy-saving, and more cost-efficient compared to the traditional lead-alloy anode. For the cathode, our main product is the aluminum cathode. We improved the structure of the cathode to increase its mechanical strength. Moreover, we apply new anti-corrosion material, which can prolong its service life significantly. Our goal for developing new anodes and cathodes is to reduce energy consumption in EW/ER process. Thus, lowering the environmental impact of the non-ferrous metal hydrometallurgy process.
Meanwhile, we are expanding our scope of service to the energy storage field. Our goal is to provide solar power plants and wind power plants with long and durable energy storage solutions. Combining the technology we gained from making the Fence-type anode, we revolutionized the structure of the lead-carbon battery. The new battery can store significantly more energy than a traditional lead-acid battery. Moreover, we are researching the lithium-rich manganese-based cathode material and other futuristic anode and cathode materials for the battery.
With leading technology in the anode, cathode material for hydrometallurgy, and battery, we are able to stand out from our competitors.
){kind=link}