PCBA plate making is critical, with gold plating and tin plating processes being especially important for enhancing corrosion resistance and solderability.
The processes of PCB assembly involving gold plating and tin plating Read More »
Nickel, gold, tin, silver, and palladium are various plating materials used in printed circuit boards, each serving different purposes and adhering to specific standards for thickness, uniformity, and performance in soldering and bonding.
Overview of PCB (Printed Circuit Board) Coatings Read More »
The key aspects for maintaining nickel plating solution include temperature control, pH adjustment, anode and cathode maintenance, and regular solution analysis to ensure coating quality and process efficiency.
Management of Plating Solution in PCB Nickel Plating Process Read More »
Nickel plating on PCBs improves wear resistance, prevents diffusion between metals, and requires specific formulations for optimal performance, including stress relievers and wetting agents to reduce pinhole formation.
Properties and uses of copper and nickel plating: Copper plating is soft, malleable, and has good thermal and electrical conductivity, primarily used as a base layer in multi-layer plating. Nickel plating quickly forms a thin passivation film for excellent stability in the air, commonly employed in protective-decorative plating applications.
Properties and Applications of PCB Copper Plating and Nickel Plating Read More »
Nickel plating is commonly used as a substrate coating for both precious metals and base metals on PCBs, providing wear resistance, as a barrier to prevent diffusion between metals, and meeting the requirements of hot-press welding and brazing.
Introduction to PCB Nickel Electroplating Process Read More »
The composition of a nickel plating solution, including salts, buffer, anode activator, stress reliever, and wetting agent, plays a crucial role in achieving desired coating properties, such as deposition rate, internal stress control, and prevention of pinhole formation.
Introduction to PCB Nickel Electroplating Process II Read More »
Properties and uses of copper and nickel plating: Copper plating is soft, malleable, and has good thermal and electrical conductivity, primarily used as a base layer in multi-layer plating. Nickel plating quickly forms a thin passivation film for excellent stability in the air, commonly employed in protective-decorative plating applications.
Properties and Applications of PCB Copper Plating and Nickel Plating Read More »
Nickel plating is commonly used as a substrate coating for both precious metals and base metals on PCBs, providing wear resistance, as a barrier to prevent diffusion between metals, and meeting the requirements of hot-press welding and brazing.
Introduction to PCB Nickel Electroplating Process Read More »
The composition of a nickel plating solution, including salts, buffer, anode activator, stress reliever, and wetting agent, plays a crucial role in achieving desired coating properties, such as deposition rate, internal stress control, and prevention of pinhole formation.
Introduction to PCB Nickel Electroplating Process II Read More »
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