Flat end metal indicator light lamp with wire and 10mm stainless steel edge plastic body, available in white, yellow, red, green, and blue colours with a 230° temperature resistance rating and surface waterproofing process.
10mm Stainless Steel Edge Plastic Indicator Light with Wire and Flat End Metal Design

This indicator light lamp is designed for clear visual signalling in control panels, machinery, and electronic projects. Its core function is to provide a reliable status indication, with a choice of five colours allowing for customised coding of different operations or warnings. The product combines a plastic body with a distinctive 10mm stainless steel edge, contributing to a finished appearance and some added rigidity. The flat end metal section houses the integrated wire, simplifying the installation process by eliminating the need for separate terminal connections.
Features and Construction

The light's build focuses on practical electrical integration and environmental resilience for workshop or industrial settings. Key elements include its material composition, size, and protective features, which are derived directly from its product specifications.
Material and Build
The main body of the indicator is constructed from plastic, capped with a 10mm wide band of stainless steel that forms the visible edge. This metal edge provides a contrasting finish to the coloured lens. The opposite end features a flat metal cap from which the connection wire protrudes, creating a complete electrical assembly ready for soldering or other secure connection methods within your circuit.
Size and Practical Fit
The specified 10mm dimension refers to the width of the stainless steel edge, which defines the light's external diameter at its rim. This compact size allows the indicator to be fitted into standard panel cut-outs or mounted in arrays without requiring excessive space. The integrated wire offers flexibility for routing the connection to your chosen terminal point.
Uses and Placement

This indicator light serves a fundamental role in electrical and electronic systems where a visual confirmation of power, activity, or fault status is needed. Its design supports both professional and hobbyist applications.
Event or Professional Use
In commercial or industrial equipment, these lights can indicate machine cycle completion, system readiness, or specific operational modes. The availability of white, yellow, red, green, and blue colours enables a standardised colour-coding system—for example, using green for 'on' or 'go', red for 'stop' or 'fault', and other colours for auxiliary functions or warnings, aiding in quick operator recognition.
Everyday Home Use
For DIY electronics, model railways, or customised workshop setups, this light provides a simple way to add status indicators to power supplies, battery chargers, or control boxes. The surface waterproofing process adds a degree of protection for use in environments like garages or sheds where condensation or damp might be a concern, though it is not intended for submersion.
Benefits and Buying Value

The value of this product lies in its ready-to-use construction, material choices, and the specific performance parameters provided by the manufacturer.
Reuse and Low Maintenance
As a solid-state component with no moving parts and a stated temperature resistance of 230°, the light is designed for long-term use within its rated conditions. The surface waterproofing helps maintain functionality in non-submerged damp settings, potentially extending its usable life in less-than-ideal environments without requiring special enclosures.
Why Choose This Product
This indicator light offers a complete, wired assembly, saving time compared to sourcing separate lamps, holders, and connectors. The combination of a plastic body with a stainless steel edge provides a cost-effective yet visually acceptable solution for many applications. The clear specification of a 230° temperature resistance rating provides a known operational limit, allowing for informed selection for projects involving heat generation.





