Features

• Material saving, saving busbar materials and saving the main busbar inside the switch power supply and cabinet.
• Time saving, the busbar can be designed and manufactured in a standardized manner at the manufacturer, saving the time for surveying, processing and installing the busbar at the user's site.
• Energy saving is achieved primarily due to the elimination of busbars, which consequently reduces the number of joints. This streamlined configuration ultimately leads to decreased energy loss throughout the system.
• The installation process becomes significantly simplified and space-efficient through the elimination of busbars. Furthermore, the shortened busbar loop length not only minimizes spatial requirements but also reduces the number of support points. In addition, the reduced number of connection joints further improves installation convenience, making the overall process even more efficient. This results in a more compact and maintenance-friendly infrastructure.
• The construction safety risk is small. The installation construction personnel only need to stand on the concrete foundation platform to complete the power supply and busbar installation, without the need to set up scaffolding, and the construction personnel have no risk of working at heights.

Description

Electrolysis is widely used in metallurgical industries for extracting metals from ores or compounds (electrolytic metallurgy), purifying metals (electrolytic purification), and depositing metals from solutions (electroplating). It is a powerful method for facilitating redox reactions, thereby enabling processes that would otherwise be difficult to achieve. For instance, molten fluoride can be oxidized to monomeric fluorine on the anode, while molten lithium salt can be reduced to lithium metal on the cathode. As a result, this method significantly broadens the range of achievable reactions.

The electrolysis industry plays a vital role in the national economy. It is essential for smelting non-ferrous metals like sodium, potassium, magnesium, and aluminum, as well as rare metals such as zirconium and hafnium. Additionally, it is used to refine metals like copper, zinc, and lead.

Electrolysis also produces basic chemical products, including hydrogen, oxygen, caustic soda, potassium chlorate, hydrogen peroxide, and ethylenedicarbonitrile. Furthermore, it enables applications such as electroplating, electropolishing, and anodic oxidation.

Electrolytic copper foil refers to copper material as the main raw material, using electrolytic copper foil production. Copper material is dissolved in a copper sulfate solution. In electrolytic equipment, the solution undergoes direct current electrodeposition to produce the original foil. The foil then undergoes surface treatments, such as coarsening, curing, and applying heat-resistant, corrosion-resistant, and anti-oxidation layers. These steps are crucial for lithium battery copper foil production. Finally, the foil is cut and tested to produce the finished product.

Parameters

Optional models

If you need other power plating rectifiers, we can custom design them according to customer requirements. Please contact us.

Are you looking for 1500A15V copper foil electrolytic rectifier? Liyuan Haina Group is one of the professional manufacturers and suppliers in this field. With over 27 years of focus on R&D, design, production, sales, and technical services for industrial rectifiers, we have already exported our products to the United States, Canada, Britain, Italy, Spain, South Africa, Russia, the UAE, Japan, South Korea, Malaysia, and other parts of the world. Equipped with a productive factory, we warmly welcome you to purchase our high-quality, Made-in-China products at competitive prices. Additionally, we offer customized services to meet your needs.

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