Pro Gaff Pro Glow Arrows 50mm
Description
Pro Glow® Arrows – Glow-in-the-Dark Stage & Safety Marking
Pro Glow® Arrows are glow-in-the-dark photoluminescent markers designed for stage spiking, exit marking, safety signage and directional marking in low-light and dark environments.
Made from flexible vinyl film, Pro Glow® Arrows contain a non-radioactive photoluminescent light source that absorbs energy from surrounding artificial or natural light, including fluorescent lighting and sunlight. Once the surrounding light is removed, the film immediately emits its own light.
Pro Glow® Arrows can be recharged repeatedly with no limit to the number of recharge cycles. When fully charged, they provide positive luminance for up to 10 hours, making them particularly useful for theatre, live events, safety marking and indoor egress applications.
Applications
- Stage spiking and scenery placement
- Marking exits and egress routes in dark areas
- Directional and safety marking
- Marking light switches and controls
- Theatre and live event production
- Indoor safety signage
- Decorative applications
- Custom signage and identification
Key Features
- Glow-in-the-dark photoluminescent film
- Non-radioactive light source
- Recharges repeatedly when exposed to natural or artificial light
- Provides luminance for up to 10 hours when fully charged
- Flexible and highly conformable vinyl backing
- Can be cut to size
- Can be printed
- Can be die-cut into custom sizes and shapes
- Good abrasion resistance
- Waterproof backing
- Weather resistant
- Made in the USA
Technical Specifications
- Product: Pro Glow® Arrows
- Colour: Glow
- Backing: Vinyl film
- Total thickness: 15 mil (approximately 0.38 mm)
- Temperature range:-29°C to 104°C
- Adhesion to steel: 96 oz/in
- Glow duration: Up to 10 hours when fully charged
- Specifications: Exceeds PSPA Class B standards
- Country of manufacture: USA
Pro Glow® Arrows provide a simple, highly visible way to identify exits, pathways, stage positions, controls and other important locations where conventional markings may be difficult to see in low-light conditions.