TJNE products

Printed Circuit Boards (PCBs)

TJNE - PCB Gold Plating System for Enhanced Conductivity and Corrosion Resistance

TJNE's PCB Gold Plating DSA is an advanced gold plating system designed for printed circuit boards. This process is pivotal for improving the conductivity, corrosion resistance, and solderability of PCBs, ensuring dependable electronic connections. The system is grounded in electrochemical principles, utilizing a gold electrolyte solution and electric current to deposit gold ions on PCB surfaces, resulting in a uniformly adhered gold layer. Key components of the system include a gold plating tank, power supply, rectifier, PCB fixtures, and a control panel. These ensure precise monitoring and regulation of plating parameters. The system's robust mechanical design and high-speed plating capabilities provide reliable performance, supporting applications in consumer electronics, telecommunications, automotive, industrial, and medical devices. The system is capable of handling PCBs up to 500mm x 500mm, withstanding rigorous testing standards, and includes features like digital current regulation and automatic replenishment for optimal plating conditions.

Mining and Metal Smelting

TJNE - Electrodeposited Titanium Electrode for Cobalt Electroplating

The electrodeposited titanium electrode designed specifically for cobalt electroplating enhances efficiency and quality in various industrial applications. This product comprises a titanium substrate, either in bar or plate form, featuring a unique porous titanium coating applied through a proprietary fabrication technique. This structure optimizes the anode's surface area, promoting superior conductivity, activation efficiency, and stability in plating baths. Configured as robust plates or mesh baskets, these electrodes are adaptable to different plating tank designs and maintain their effectiveness through periodic reactivation. Compared to graphite or cobalt-based anodes, titanium variants significantly reduce power consumption and bath contamination while increasing plating rate and uniformity. Ideal for sectors like aerospace, automotive, medical, petrochemical, and electronics, it supports critical processes such as corrosion resistance coatings and decorative and functional alloy applications.

TJNE - Electrodeposited Titanium Electrode for Zinc Electroplating

The electrodeposited titanium electrode for zinc is an advanced electrochemical solution employed in diverse industrial applications, specifically aimed at optimizing zinc electroplating processes. Constructed from superior titanium material, the electrode is characterized by high electrical conductivity and exceptional corrosion resistance, thus ensuring durability and reliable performance in demanding environments. The electrode functions on the principle of electrodeposition, where electrical currents enable zinc ions in the plating solution to be deposited onto the substrate. Designed to enhance plating efficiency and uniformity, the electrode's structure includes a titanium substrate layered with active material, bolstering durability and electrical conductivity. Its customizable sizes and configurations address varied application needs. Extensively utilized in fields like automotive, electronics, aerospace, and general manufacturing, this electrode aids in forming corrosion-resistant zinc coatings on diverse substrates, thereby extending their lifespan and improving operational efficiency and cost-effectiveness in electroplating tasks.

Electrolytic Copper Foil

TJNE - DSA Coating Titanium Anode for Electrochemical Processes

The DSA Coating Titanium Anode is a sophisticated electrode utilized in various electrochemical processes, aiming for efficient and long-lasting performance. Based on dimensionally stable electrode principles, the anode features a titanium substrate coated with noble metal oxides like ruthenium and iridium, offering high conductivity and catalytic effectiveness. This configuration not only prevents corrosion but also supports higher current densities, enhancing efficiency in applications such as electroplating, water treatment, and metal recovery. The system's structure promotes a stable passive film, ensuring an extended service life of over 10 years compared to traditional counterparts. Customization options are available to meet specific application requirements, benefiting from superior corrosion resistance, high current density, and low maintenance, all contributing to a cost-effective, energy-efficient operation within a wide pH range.