Extruding the Light! 
These Luminescent Profile products illuminate and glow in the dark up to 8 hours when charged by UV lighting or incandescent lighting.
With our proprietary processes, we are able to extrude luminescent products with a
very high percentage of phosphorous pigments that is unheard of in the industry. Colors:
- Aqua Blue
- Azure Blue
- Chartreuse Green
We extrude luminescent products for a variety of uses including:
- Auto Industry
- Marine Industry
- Outdoor
- Residential
- Safety & Security
Luminescent extruded plastic offers numerous benefits
...due to its ability to glow in the dark, making it particularly valuable in applications where visibility in low-light conditions is crucial. One of the primary advantages is safety enhancement; for instance, in emergency exits, staircases, or pathways, these materials can provide illumination without the need for electricity, ensuring visibility during power outages or in areas where installing traditional lighting might be impractical. This is particularly useful in settings like theaters, cinemas, or public buildings where guiding people safely is essential. Additionally, luminescent plastics can be used for decorative purposes, adding a unique aesthetic appeal to items like toys, signage, or architectural features, which can glow in different colors, thereby enhancing the visual experience both day and night.
The manufacturing process by Plextrusions of luminescent extruded plastic allows for flexibility in design and application. Extrusion enables the production of continuous profiles with consistent luminescence, which can be tailored to specific shapes or sizes, fitting various industrial needs. This process also supports the integration of glow-in-the-dark features into everyday products like handrails, guardrails, or even vehicle instrument panels, improving usability in dim environments. The environmental benefit comes from the longevity and durability of the material, reducing the need for frequent replacements which can lead to less waste. Furthermore, since these plastics can be charged by UV or incandescent light, they require no ongoing energy consumption after initial exposure, contributing to energy efficiency in applications where they are used.