Industrial Metal Plating

Benefits of Alkaline Zinc Electroplating

• Nuts, Bolts & Fasteners

• Brackets & Clamps

• Automotive Components

• Electrical Hardware

• Industrial Machinery Parts

• Fabricated Steel Components

• Sheet Metal Parts

• Engineering Components

Alkaline Zinc Electroplating

Alkaline Zinc Electroplating is one of the most widely used electroplating processes for protecting steel and iron components against rust and corrosion. By applying a uniform layer of zinc, this process acts as a sacrificial coating, protecting the base metal even in harsh environmental conditions.

Applications

• Excellent corrosion and rust protection

• Uniform coating, even on complex-shaped components

• Smooth and attractive surface finish

• Improved durability and service life

• Ideal base for chromate conversion coatings

• Cost-effective surface protection solution

• Suitable for high-volume industrial applications

Benefits of Nickel Electroplating

• Automotive Components

• Aerospace & Defence Parts

• Electrical & Electronic Components

• Industrial Machinery Parts

• Precision Engineering Components

• Fasteners & Hardware

• Valves, Shafts & Bushes

• Tools & Engineering Equipment

Nickel Electroplating

Nickel Electroplating is a highly effective electroplating process that enhances the corrosion resistance, wear resistance, and overall durability of metal components. It provides a smooth, hard, and uniform finish, making it an ideal choice for parts that operate in demanding industrial environments.

Bright Nickel Plating

• Excellent corrosion and oxidation resistance

• Increased surface hardness and wear resistance

• Smooth, uniform, and attractive finish

• Improved durability and extended component life

• Enhanced resistance to chemicals and moisture

• Suitable as a base coating for decorative finishes

• Reliable performance in harsh operating conditions

Applications

Benefits of Cadmium Electroplating

• Aerospace Components

• Defence Equipment

• Aircraft Fasteners & Hardware

• Marine Components

• Industrial Fasteners

• Precision Engineering Parts

• Electrical Connectors

• Heavy Engineering Components

Cadmium Electroplating

Cadmium Electroplating is a specialized electroplating process that provides outstanding corrosion resistance, excellent lubricity, and reliable performance in harsh operating environments. It is widely used for components exposed to moisture, salt spray, and extreme environmental conditions, particularly in aerospace, defence, marine, and heavy engineering industries.

Applications

• Excellent corrosion resistance, especially in marine and high-humidity environments

• Superior lubricity for threaded components and fasteners

• Enhanced wear resistance and durability

• Good electrical conductivity

• Excellent adhesion and uniform coating

• Improved resistance to galling and seizing

• Extends the service life of critical metal components

Benefits of Tin Electroplating

• Electrical Connectors & Terminals

• Electronic Components

• Bus Bars & Switchgear Parts

• Printed Circuit Board (PCB) Components

• Automotive Electrical Parts

• Fasteners & Hardware

• Copper & Brass Components

• Industrial Engineering Components

Tin Electoplating

Tin Plating is a versatile electroplating process that provides excellent corrosion resistance, superior solderability, and enhanced electrical conductivity. It is widely used to protect metal components from oxidation while ensuring reliable electrical performance, making it an ideal choice for electrical, electronic, automotive, and industrial applications.

Applications

• Excellent corrosion and oxidation resistance

• Superior solderability for electrical and electronic applications

• High electrical conductivity

• Smooth, uniform, and bright surface finish

• Improved wear resistance and component durability

• Non-toxic and environmentally friendly coating

• Extends the service life of metal components

Benefits of Copper Electroplating

• Electrical Components

• Connectors & Terminals

• Busbars and Conductors

• Automotive Components

• Engineering Parts

• Electronic Components

• Industrial Hardware

• Components requiring a base coating

Copper Electoplating

Copper Electroplating applies a uniform layer of copper to metal components to improve electrical and thermal conductivity, corrosion protection, and surface performance. It is also widely used as a base layer before further plating processes, providing excellent adhesion and a smooth surface for subsequent coatings.

Applications

• Excellent electrical conductivity

• High thermal conductivity

• Improved corrosion protection

• Good adhesion for subsequent plating

• Smooth and uniform surface finish

• Enhances component performance and service life