NiShine Bright Nickel Plating is an electroplated coating that produces a highly reflective, mirror-like finish with excellent leveling and brightness. It provides strong corrosion resistance, good hardness, and superior surface smoothness, making it ideal for decorative and protective applications. The deposit enhances appearance by filling minor surface defects and serves as an excellent undercoat for chrome plating. Bright Nickel Plating is widely used in automotive components, sanitary fittings, household hardware, electrical parts, and consumer products, delivering a durable and visually appealing finish.
NiShine 404 Brightner is a specialized additive used in nickel electroplating baths to produce a highly bright, smooth, and mirror-like nickel deposit. It improves leveling, grain refinement, and surface uniformity, delivering consistent brightness across a wide current density range. The brightener enhances deposit hardness, adhesion, and corrosion resistance, while minimizing defects such as pitting, burning, and dullness. It is widely used in decorative and functional nickel plating applications, including automotive components, hardware, electrical parts, and consumer goods, and serves as an excellent undercoat for chrome/ Gold/ABS plating.
NiShine 222 Additive is a primary bath additive used in nickel electroplating solutions to ensure uniform metal distribution and stable deposit formation. It improves throwing power, ductility, and adhesion, while supporting consistent plating performance across low and high current density areas. The carrier additive works in combination with nickel brighteners to control grain structure, internal stress, and surface smoothness, helping to prevent defects such as burning, roughness, and uneven brightness. It is essential for achieving reliable, high-quality nickel deposits in decorative, automotive, and industrial plating applications.
NiShine 502 Additive is an impurity Chelating Agent is a specialized additive designed to bind and neutralize metallic impurities such as copper, zinc, iron, and lead present in nickel electroplating baths. By forming stable complexes, it prevents impurity codeposition and reduces defects like roughness, streaking, pitting, and dull deposits. The chelating agent helps restore bath performance, improve deposit brightness and ductility, and extend solution life without interrupting production. It is suitable for use in bright, semi-bright, and satin nickel plating systems, ensuring consistent quality and stable operating conditions.
