FAQ

A: Our glow in the dark powder is known for its high brightness, long afterglow duration and stable performance. We offer multiple generations optimized for different charging speeds, glow times and application needs. Compared to many competitors our products provide more consistent particle distribution and better durability. We also maintain strict quality control to ensure reliable batch-to-batch performance.

A: Yes, we offer samples for evaluation and testing. Availability may depend on the product type and quantity required. Please contact us directly to discuss your sample needs.

A: Yes, we offer customization services. This includes custom particle sizes, glow colors, and performance characteristics for our powders as well as custom dimensions and imagery for our signs. Customization availability depends varies heavily on the product in question. Write to us for more information on your specific customization needs.

A: The primary difference lies in the duration of the glow and the light source required:
Photoluminescent (Glow in the dark): These materials absorb energy from any light source and store it to emit a visible glow in total darkness for several hours. No continuous light source is required once the device is charged.
Fluorescent (Neon/Day-glo): These materials appear extra bright under daylight or UV light (blacklight) but cannot store energy. They stop glowing the instant the light source is removed and do not glow in total darkness.

A: Glow in the dark pigment is commonly seen in safety signs, evacuation maps and decorative panels, as well as in high-brightness products such as photoluminescent road studs and pathway stones. It is also used in glow in the dark plastic parts, toys, and industrial components produced through injection molding and extrusion. In the textile industry, it appears in safety apparel, embroidery threads and specialized glow fibers designed for visibility in low-light environments.

A: We follow a strict Batch-to-Batch Consistency protocol and use high-precision testing to ensure reliability:
1.QC Standard: We keep a sealed sample of every batch. New shipments are benchmarked against the previous batch; they are only approved if properties (Brightness, Color, Particle Size, etc.) fluctuate within ±5%.
2.Brightness Testing: Ricoh LS-110 luminance meters for precise afterglow data.
3.Particle Analysis: Verified by OMEC Laser Particle Size Analyzers to ensure perfect dispersion.

A: Temperature is a key factor influencing the performance of photoluminescent powder. At normal temperature it can exhibit the best brightness and afterglow duration. When the temperature is too high it will accelerate the internal energy release, causing the light to dim rapidly and the afterglow duration to be significantly shortened. Extreme high temperatures may even cause permanent damage. In a low-temperature environment the light decay slows down and the afterglow duration becomes longer, but the initial excitation brightness may be slightly weaker.

A: Yes, we also offer water-resistant photoluminescent powder. The powder is made waterproof through a special surface coating treatment that protects the powder from water damage while maintaining pigment glow performance.

A: Our photoluminescent powder features excellent stability with an over 10 year shelf life provided it's stored in a sealed and dry environment.