In the current market, most of colorful glow in the dark powder has the problem of body color fading when meeting temperature of 170-180℃ and above. As below picture shown, this is a silicone product whose body color faded due to high temperature vulcanization process.

Solving the fading problem of dyed glow-in-the-dark powder on silicone at high temperatures.
Ordinary dyed luminous powder fading phenomenon

By improving the dyeing process of glow-in-the-dark powder, we effectively address the issue of fading in silicone products under high temperatures, ensuring long-lasting vibrancy.

Our R&D team always focus on improving the performance of our products based on customer needs. After getting feedback from our customers, we immediately started a project to develop colorful luminous powder that can bear higher temperatures.

An image showcasing the glowing colors of various high-temperature resistant glow-in-the-dark powders.
Heat-resistant colorful luminous powder (night)

This image highlights the vibrant luminescent colors of different high-temperature resistant glow-in-the-dark powders, demonstrating their unique properties.

Officially launched heat-resistant colorful luminous powder

After continuous experiments and research, our heat-resistant colorful glow in the dark powder studied successfully. Below was an experiment of sample we did. After heating glow pigment for 30~ 60 minutes under 210C° and 5 minutes under 280C°,both the body color and glow color can retained as those of unheated sample! We have officially launched our heat-resistant colorful glow in the dark powder, and hope it will meet more market demands in the future!

An image showcasing the glowing effect of glow-in-the-dark powder after exposure to high temperatures.
Heat-resistant colorful glow in the dark powder

This image highlights the luminescent properties of glow-in-the-dark powder after being subjected to high temperatures, demonstrating its effectiveness and durability.