- Home
- Plastic Plating
Plating on plastic (POP)
Plastic plating combines precision injection moulding with advanced electroplating processes to deliver high-quality, durable, and visually refined components. At Supershine Industries, we specialize in chrome-plated plastic parts engineered for Class-A aesthetics, corrosion resistance, and functional performance for demanding automotive and industrial applications.
Our chrome plating line is designed to support automotive-grade decorative and functional surface finishes across both plastic and metal components, with a strong focus on process stability, surface consistency, and corrosion performance. The line combines automation, scale, and controlled chemistry to deliver reliable and repeatable results across a wide range of component sizes and geometries.
A defining capability of the facility is its large plating window of up to 2000 × 1350 mm, enabling uniform coating on large, complex, and aesthetically demanding components. This extended window provides greater design freedom to customers while maintaining consistent thickness distribution, strong adhesion, and high surface aesthetics across the entire component.
The plating process is built on a multi-layer Nickel system, incorporating Semi-Bright, Bright, High Sulphur, and Micro-Porous (MPS) Nickel layers, engineered to meet automotive OEM corrosion resistance and durability expectations. Fully automated operation minimizes manual intervention, ensuring high repeatability, reduced process variation, and stable serial production.
To support evolving regulatory and sustainability requirements, the chrome plating line is configured to operate with both Hexavalent and Trivalent Chromium processes, offering flexibility across performance, compliance, and environmental considerations without compromising finish quality.
The facility supports both barrel and rack plating, enabling efficient handling of high-volume production parts as well as low-volume, premium, and large components, making the line suitable for demanding automotive and industrial applications.
Why clients choose us
- End-to-end Plating on Plastic (POP) expertise for serial and long-run production
- Automotive-grade surface quality supporting decorative and functional finishes
- Wide capability range: from small precision parts to large Class-A components
- High automation ensuring repeatability and stable process control
- Controlled chemistry for consistent thickness, adhesion, and corrosion performance
- Integrated handling aligned with downstream assembly requirements
Our capabilities (at a glance)
- Large plating window: up to 2000 × 1350 mm
- Multi-layer Nickel system: Semi-Bright, Bright, High Sulphur & MPS
- Chrome plating for plastic and metal substrates
- Hexavalent & Trivalent Chromium process capability
- Barrel and rack plating for flexible production volumes
- Decorative and functional finishes
What we manufacture
- Chrome-plated trim components and decorative parts
- Class-A visible surfaces requiring high cosmetic standards
- Interior and exterior automotive elements
- Industrial and appliance components
- Complex geometries requiring controlled thickness and adhesion
- Parts designed for assembly fitment, clips, and interface areas
Our Plating Process
Design & Feasibility Review
- Component geometry and plating compatibility analysis
- Surface flow study and rack/barrel selection
- Thickness distribution and cosmetic risk evaluation
Moulding & Surface Preparation
- Controlled moulding parameters for plating-grade substrates
- Surface activation and pre-treatment preparation
- Process alignment to ensure plating adhesion integrity
Multi-Layer Nickel Deposition
- Semi-Bright Nickel for base corrosion resistance
- Bright Nickel for leveling and reflectivity
- High Sulphur Nickel for electrochemical performance
- Micro-Porous Nickel (MPS) for enhanced durability
Chrome Finishing
- Hexavalent or Trivalent Chromium application
- Uniform thickness control across full plating window
- Surface gloss, reflectivity, and Class-A aesthetic validation
How We Ensure Class-A & Plating-Ready Surface Quality
- Controlled injection moulding parameters for plating substrates
- Dedicated clean handling to reduce contamination
- Inline visual inspection for cosmetic defects
- Thickness and adhesion testing aligned with OEM standards
Safety Guidelines & Compliance
- Controlled chemical handling and monitoring systems
- Regulatory compliance for Hexavalent and Trivalent Chromium processes
- Environmental management aligned with sustainability practices
- Operator safety protocols and automation-driven risk reduction
For program launches & ramp-up
- Feasibility review to prevent late-stage cosmetic issues
- Defined process window to stabilize production quickly
- Support for PPAP-style documentation and inspection expectations (can be included if you provide your quality system details)
Selective Plating
Selective plating is a specialized electroplating process used to apply metal coatings only to specific areas of a component while keeping the rest of the surface uncoated. This is achieved through precision masking and controlled plating techniques, ensuring accurate deposition exactly where it is needed. Selective plating is commonly used for components that require enhanced electrical conductivity, corrosion resistance, or wear protection on particular contact points.
At Supershine Industries, we offer selective plating with single, double, or triple coatings such as Gold, Silver, and Tin. Our advanced masking and plating processes ensure uniform thickness, precise coverage, and consistent quality across every component. This method is ideal for electronic connectors, terminals, precision parts, and other applications where controlled plating areas are critical for performance and durability.
Our selective plating solutions help manufacturers reduce material costs, improve functionality, and achieve high reliability in demanding industrial and electronic applications.
Electrophoretic Lacquer
Electrophoretic lacquer coating is an advanced finishing process used to apply a uniform, protective, and decorative layer on ABS and other compatible components. This technique uses an electrically charged lacquer solution that evenly deposits a thin coating over the surface of the part, ensuring consistent coverage even on complex shapes and intricate designs.
At Supershine Industries, our electrophoretic lacquer coating process enhances both the appearance and performance of plated ABS components. It provides a smooth, high-quality finish available in multiple color options while maintaining excellent adhesion and long-term durability. The coating also offers added protection against corrosion, surface wear, and environmental factors.
This finishing method is widely used in automotive, consumer electronics, and decorative applications where visual appeal and surface protection are equally important. Additionally, electrophoretic lacquer improves electrical insulation properties and helps extend the lifespan of components by creating a reliable protective barrier.
Need a reliable partner for high-quality Plating on Plastic (POP) components?
Supershine is your right partner?
Ready to Take the First Step?
Your journey to recovery starts today.