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Rack Nickel Plating Chemicals , Get The Good Brightness Fast Nickel MAX 870

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June 11, 2021
Categoría Conexión: sustancias químicas del niquelado
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Etiquetas:
#intermedio del niquelado #abrillantador del niquelado #sustancias químicas de electrochapado del níquel
Breve: Discover the Rack Nickel Plating Chemicals, Nickel MAX 870, designed to deliver exceptional brightness and efficiency. This high-performance additive ensures fast plating, excellent filling, and dispersing abilities, making it ideal for medium to high-grade workpieces. Learn about its wide current range, stability, and ease of maintenance in this informative video.
Características Relacionadas Del Producto:
  • Achieves excellent brightness quickly for superior plating results.
  • Ofrece un excelente rendimiento de llenado y capacidad de dispersión.
  • Provides strong bright covering ability for a flawless finish.
  • High concentration formula ensures low consumption and cost-efficiency.
  • High tolerance to impurities makes maintenance easy and hassle-free.
  • Operates within a wide current range for stable and consistent results.
  • Suitable for medium and high-grade workpiece nickel plating processes.
  • Easy to transition from other nickel processes with minimal adjustments.
Las preguntas:
  • What are the key benefits of using Nickel MAX 870 for rack nickel plating?
    Nickel MAX 870 offers fast brightness, excellent filling performance, and strong dispersing ability. It is highly concentrated, low in consumption, and easy to maintain, making it ideal for high-quality plating processes.
  • How do I transition from another nickel process to Nickel MAX 870?
    To switch to Nickel MAX 870, stop adding your previous brightener and softener. Then, replenish the tank with Nickel MAX 870 A and B additives at a 1:1 ratio, ensuring a smooth transition.
  • ¿Cuáles son las condiciones de funcionamiento recomendadas para el Nickel MAX 870?
    Las condiciones óptimas incluyen un rango de temperatura de 50-65°C, un pH de 3.8-4.5 y una densidad de corriente catódica de 2.5-8.0A/dm². También se recomienda la filtración y agitación continuas (cátodo en movimiento o aire) para obtener los mejores resultados.
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