Sn-827 High-Speed Matte Tin Plating Process
Sn-827 is a methyl sulfonic acid-based tin plating process engineered for high-speed electroplating applications. This advanced formulation produces a dark-silver matte coating with exceptional performance characteristics.
Key Features
- Designed for high-speed electroplating operations
- Operates effectively at high current densities
- Low-foaming formulation for stable performance
- Produces smooth plating with excellent solderability
- Non-corrosive to titanium, ceramics, and glass components
- Formaldehyde-free and acetaldehyde-free composition
- Non-flammable substance for enhanced safety
Solution Composition & Operating Parameters
| Parameter |
Optimal Value |
Operating Range |
| Sn2+ |
60.0 g/L |
40-90 g/L |
| Methanesulfonic Acid |
100 g/L |
80-200 g/L |
| Sn-827 Additive |
40 ml/L |
40 ml/L |
| Temperature |
20-25℃ |
20-25℃ |
| Cathode Current Density |
10-50 A/dm² |
10-50 A/dm² |
Process Specifications
Plating Solution Flow Direction: Opposite to the direction of workpiece movement
Deposition Rate: Minimum 7.5 microns per minute at 15 A/dm² current density
Important Note: Sn-827 high-speed matte tin plating additive should not be stored for extended periods at temperatures above 30℃.