Advanced Electroplating Solution for Manufacturing Applications
This copper plating process is engineered for professional users in sectors requiring precise and high-grade copper coatings. Targeted mainly at electroplating suppliers and manufacturers offering metal plating services, MAX 960 supports fast, bright acid copper plating with reliable ductility. It serves industries focused on printed circuit boards, electronic components, and industrial coatings, demanding consistent coverage, minimal pinholes, and enhanced surface aesthetics. The process supports continuous filtration and controlled stirring, providing system integration flexibility for plating lines needing consistent output quality under variable operational parameters.
Technical Characteristics Ensuring Superior Process Control and Quality
MAX 960 is distinguished by its wide operating range and measurable technical specifications crucial for process engineering. It operates effectively at temperatures between 20–40℃ with cathode current densities of 2.5–8.0 A/dm² and anode densities of 1.0–3.0 A/dm². The formulation includes copper sulphate at 180–220 g/L, sulfuric acid at 55–65 g/L, and chloride ions between 60–120 ppm, enhanced by precise additions of proprietary additives. Continuous filtration and cathode agitation optimize bath stability, ensuring minimal defects and excellent leveling in low current density areas. This cyanide-free formulation contributes to compliance with environmental and safety standards in industrial settings.
Industrial Applications Delivering Operational Efficiency and Compliance
The Fengfan MAX 960 process meets the demanding requirements of electronics manufacturing, R&D, and other domains requiring bright, uniform copper plating with low porosity. It is especially suitable for printed circuit boards where high brightness and minimal defects are essential. The process’s high ductility extends durability in plated components, benefiting sectors reliant on electroplating equipment suppliers and plating lines that prioritize process stability and quick turnaround times. Its cyanide-free nature fosters safer workplaces, aligning with increasing regulatory expectations and customer demands for green plating solutions in the surfactants market environment.
Fast Light Speed Copper Plating MAX 960 Bright Acid Copper Plating Process
1. Features
Wide operating range, less pinholes.
Fast light speed, good leveling, excellent brightness and coverage in low current areas, and good ductility.
Strong temperature resistance, even if the liquid temperature of 35℃ can obtain a good brightness.
Product Advantages
Structural and System Design Advantages of MAX 960 Process
The MAX 960 plating solution is structurally optimized for seamless integration into existing plating lines, featuring a cyanide-free chemical system that ensures safer handling and easier waste management. Its formula supports continuous filtration and cathode rocking or air agitation, enhancing bath homogeneity and reducing particulate inclusion. This design reduces downtime and improves process reliability, a significant benefit for electroplating suppliers requiring scalable, modular plating systems. The wide operating temperature and current density range allow compatibility with diverse plating equipment from electroplating equipment suppliers, supporting operational flexibility and cross-application adaptability.
Enhanced Performance and Operational Value for Industrial Users
In terms of user value, the MAX 960 process delivers rapid copper deposition with excellent brightness and leveling, cutting cycle times without compromising quality. Its strong temperature resistance up to 40℃ maintains plating consistency during high-throughput production. The process ensures uniform coatings with minimal pinholes, reducing rework rates and increasing yield efficiency in demanding environments. Users benefit from improved ductility in plated layers, enhancing mechanical performance and adhesion strength for downstream processing. Overall, the process supports metal plating services providers in achieving higher ROI through process stability and environmentally responsible operation.
Use Scenarios
Application in Printed Circuit Board Manufacturing Environments
In PCB fabrication, the MAX 960 plating process addresses the critical need for uniform, bright copper layers with minimal defects. Operating within precise temperature and current parameters, it ensures excellent leveling and coverage of fine circuit patterns, reducing pinhole formation which can compromise board reliability. Its cyanide-free nature aligns with environmental controls often required in electronics manufacturing facilities. The solution integrates effectively with plating lines equipped with continuous filtration and stirring systems, providing consistent process parameters and enabling technicians to maintain high-quality output in fast-turnaround production cycles. This makes it an optimal choice for electroplating suppliers serving the electronics sector.
Role in High-Temperature Electroplating Facilities
In industrial environments where elevated plating temperatures up to 40℃ are necessary, the MAX 960 process offers robust performance without degradation of brightness or ductility. This thermal tolerance is critical for companies operating in climates or processes demanding heat-resilient plating. The process also supports continuous bath filtration and air agitation, preserving chemical stability and surface finish quality over extended plating runs. These features empower metal plating service providers and surfactants manufacturers to meet stringent quality controls while maintaining throughput. Integration with automated plating lines improves operational efficiency, meeting evolving regulatory standards and customer specifications for durable copper coatings.
2. Operation conditions
| Operation conditions | Range (rack plating) |
| Copper sulphate(CuSO4·6H2O) | 180～220g/L |
| Sulfuric acid(H2SO4) | 55～65g/L |
| Cl- | 60～120 PPm |
| Cupper MAX 960 A | 0.4～0.6ml/L |
| Cupper MAX 960 B | 0.3~0.5ml/L |
| Cupper MAX 960 C | 5 ~10ml/L |
| Temp | 20~40℃ |
| Cathode current density | 2.5~8.0A/dm2 |
| Anode current density | 1.0~3.0A/dm2 |
| Filter | Continuous filtration |
| Stir | Cathode rocking or air stirring |
FAQ
What operating temperature range does the Fengfan MAX 960 copper plating process support?
The MAX 960 bath reliably functions within a temperature range of 20–40°C, ensuring consistent copper deposition and brightness. This flexibility allows operation under variable production conditions common in plating workshop air quality solution environments.
Is the MAX 960 plating formulation safe regarding cyanide content?
Yes, MAX 960 uses a cyanide-free formulation, increasing safety for operators and simplifying environmental compliance. This eco-friendly aspect aligns with modern environmentally friendly chrome mist inhibitor standards for plating facilities.
How does continuous filtration and cathode agitation enhance plating quality in MAX 960?
Continuous filtration removes contaminants, while cathode rocking or air stirring ensures bath homogeneity. Together, these processes reduce defects and maintain surface brightness and uniformity, supporting high-throughput plating lines with stable operation.
Can MAX 960 be customized for specific production requirements or plating line setups?
MAX 960 supports a broad range of cathode (2.5–8.0 A/dm²) and anode (1.0–3.0 A/dm²) current densities allowing adjustments to fit automated or manual electroplating lines. Custom bath maintenance and agitation protocols can be discussed to optimize coating results and integrate with plating workshop air quality solution systems.
