Components used as Bath Fittings and for Architectural Fixtures must possess both, functionality and aesthetical appeal. This makes surface finishing of such components extremely important.

Electroplating of Bath Fittings and Architectural Fixtures components helps to prevent it from rust and increases its wear resistance.

Growel manufactures a series of Electroplating plants for a range of electroplating processes to suit the Bath Fittings and Architectural Fixtures Industry.

Nickel Chrome Plating:

Nickel Chrome plating leaves an aesthetically pleasing finish. The bath fittings and architectural fixtures industry use this process to achieve a shiny and glossy appearance on their components. It forms a hard outer layer which improves the corrosion and wear resistance of the component.

Plating on Plastic:

Plating on plastic is another major application in this Industry. Majority of the Architectural and Bathroom components are generally made of plastic. Electroplating on a non-metallic surface such as plastic is possible, and it greatly improves its appearance. The process is tough to get right and requires in-depth process knowledge. Growel manufactures and supplies plating on plastic plants to suit various components.

Gold and Silver Plating:

Gold and Silver are precious metals. Both these metals have its unique appearance and properties. Based on the finish and colour required, gold and silver plating are extensively used in the Bath Fittings and for Architectural Fixtures industry.

Components that generally undergo surface finishing in the Bath Fittings and Architectural Fixtures industry include:

  • Taps
  • Hinges
  • Shower heads
  • Door Handles, Knobs
  • Plumbing Fixtures
  • Pipes

Surface Finishing provides several benefits:

  • Corrosion Resistance
  • Wear Resistance
  • Temperature Resistance
  • Aesthetic Appearance
  • Promotes Paint Adhesion

To achieve the above-mentioned benefits various processes are employed on the components:

We provide optimum cost of ownership with Quality and Performance