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Xingtongli High Frequency Rectifier Introduction
The Xingtongli brand high-frequency electroplating power supply is a specialized surface treatment equipment developed by our company using the latest international high-frequency switching power supply technology. Its primary components are made of high-quality imported materials, ensuring stron...Read more -
Microelectrolysis Water Treatment Technology
As research progresses, the technology for treating industrial wastewater using iron-carbon microelectrolysis has become increasingly mature. Microelectrolysis technology is gaining prominence in the treatment of recalcitrant industrial wastewater and has found widespread application in engineeri...Read more -
The Crucial Role of Rectifier in the Anodizing Process
High frequency anodizing power supply usually has precise constant-current and constant-voltage output characteristics, and the control accuracy is within ±0.5V and ±0.5A, respectively. Support local and remote control two modes of operation. It has the function of timing and timing of oxidation ...Read more -
The Role of Electrolytic Rectifiers in Copper Electrolysis
Electrolytic rectifiers play a fundamental role in copper electrolysis, particularly in the electrowinning and electrorefining processes. These rectifiers are essential for controlling the flow of electricity and ensuring the efficient deposition and purification of copper. Here are the key roles...Read more -
Improving the Plating Process of Hard Chrome
Based on rectification technology involves various strategies and techniques: Utilizing advanced rectification systems with precise current control capabilities to ensure accurate and stable current transfer during the plating process. Implementing feedback control mechanisms to continuously moni...Read more -
How to Choose an Equipment Assurance System for Electroplating Production Lines
To establish an effective quality assurance system for electroplating processes and equipment selection, an enterprise should focus on meeting customer requirements and cultivating a strong and lasting quality reputation. An effective electroplating quality assurance system comprises three key as...Read more -
Electro-Fenton Technology
Electro-Fenton wastewater treatment equipment is primarily based on the principles of Fenton catalytic oxidation, representing an advanced oxidation process used for the degradation and treatment of high-concentration, toxic, and organic wastewater. The Fenton reagent method was invented by the F...Read more -
How to Choose the Right Hydrogen Electrolysis Rectifier
Selecting the appropriate rectifier for hydrogen electrolysis is crucial for achieving efficient and safe electrolysis processes. Here are the key factors to consider when making your choice: Current and Voltage Requirements: Determine the current and voltage specifications needed for your hydrog...Read more -
Electrochemical Oxidation
In a broad sense, electrochemical oxidation refers to the entire process of electrochemistry, which involves direct or indirect electrochemical reactions occurring at the electrode based on the principles of oxidation-reduction reactions. These reactions aim to reduce or remove pollutants from wa...Read more -
Electrodialysis Water Treatment Technology
Electrodialysis (ED) is a process that utilizes a semipermeable membrane and a direct current electric field to selectively transport charged solute particles (such as ions) from a solution. This separation process concentrates, dilutes, refines, and purifies solutions by directing charged solute...Read more -
Photoelectrochemical Oxidation
Photochemical oxidation methods for the degradation of pollutants include processes involving both catalytic and non-catalytic photochemical oxidation. The former often utilize oxygen and hydrogen peroxide as oxidants and rely on ultraviolet (UV) light to initiate the oxidation and decomposition ...Read more -
How to Select a rectifier for PCB Plating
When selecting a rectifier suitable for PCB plating, there are several factors to consider: Current Capacity: Choose a rectifier that can handle the maximum current demands of the plating process. Make sure the rectifier’s current rating matches or exceeds the maximum current demand to avoi...Read more
