Zinc plating

This cyanide-based zinc plating solution is suitable for both rack plating, especially for items with deep recesses, and barrel plating for high-volume processing. It is easy to control and resistant to oil contamination. The solution is compatible with a wide range of electrical currents, ensuring that the plated surface can be finished with any type of chrome color.

Properties:

• Versatile Application: Can be used even if cleaning is incomplete.

• High Gloss Finish: The coating achieves a high level of shine across a range of electrical currents, from low to high.

• Cost-Efficient: Offers savings in usage when considering the solution's lifespan.

• Temperature Resistance: Can withstand plating solution temperatures up to 50°C.

The acid zinc plating system is designed to produce a high-quality, flexible zinc coating. It excels at coating deep recesses even at low electrical currents and can be effectively used in both barrel and rack plating systems.

Properties:

• Easy Dissolution: Both base chemicals and brighteners dissolve easily in the plating solution without the need for solvents, avoiding issues with brightener degradation at high temperatures.

• Temperature Resistance: The system can maintain its performance even when the plating bath temperature is high, preventing brightener loss due to decomposition.

• Ease of Rinsing: The plating is easily rinsed off, enhancing chrome adhesion and durability.

• Gloss Retention: The high gloss finish is maintained, and the system works well on thin sheet steel, die-cast zinc, hot-dip steel, and carburized steel.

• Flexible Current Range: Effective across a wide range of electrical currents, from high to low, and can handle continuous operation without issues.

This non-cyanide zinc plating solution is designed to provide a shiny coating without any cyanide compounds. It can be applied directly to metals, including steel, lead, and die-cast zinc. The solution is suitable for both barrel and rack plating systems.

Properties:

• High Gloss Finish: The plated surface achieves a high level of shine with a consistent thickness across a range of electrical currents, from low to high.

• Versatility: Effective for both barrel and rack plating.

• Base Chemicals: Can use either sodium hydroxide or potassium hydroxide.

  • Sodium Hydroxide: Provides faster plating rates compared to potassium hydroxide, with a plating rate 1.3 times quicker for the same zinc metal concentration.

This system ensures a durable and visually appealing finish while eliminating the use of cyanide, offering a safer and more environmentally friendly option.