Yiwu Y & Q Transfer Co. Ltd
ellenyan2009@gmail.com 86-188-6818-5632
Products
Products
Home > Products > Glow In The Dark Logo > Personalized Custom Glow In The Dark Stickers High Visibility Iron On T Shirt Decals Eco Friendly

Personalized Custom Glow In The Dark Stickers High Visibility Iron On T Shirt Decals Eco Friendly

Product Details

Brand Name: Y & Q

Payment & Shipping Terms

Minimum Order Quantity: no MOQ

Price: USD0.1-0.5

Payment Terms: T/T,D/A,L/C,D/P,Western Union,MoneyGram

Supply Ability: 10000 Pcs Per Day

Chat Now
Highlight:

Personalized Custom Glow In The Dark Stickers

,

High Visibility Iron On T Shirt Decals

,

Iron On T Shirt Decals Eco Friendly

Name:
Custom Glow In The Dark Stickers
Visibility:
High
Waterproof:
Yes
Size:
Customizable
Material:
Glow In The Dark Ink
Application:
Apparel
Eco-Friendly:
Yes
Durability:
Long-lasting
Customization:
Available
Name:
Custom Glow In The Dark Stickers
Visibility:
High
Waterproof:
Yes
Size:
Customizable
Material:
Glow In The Dark Ink
Application:
Apparel
Eco-Friendly:
Yes
Durability:
Long-lasting
Customization:
Available
Personalized Custom Glow In The Dark Stickers High Visibility Iron On T Shirt Decals Eco Friendly
Personalized Custom Glow In The Dark Stickers
High Visibility Iron-On T-Shirt Decals - Eco Friendly
How Glow-in-the-Dark Technology Works
Glow-in-the-dark materials create a magical effect that appeals to both children and adults, adding special visual interest to toys and clothing. But what exactly makes these materials glow?
Our photoluminescent products contain inorganic phosphors that absorb both visible and ultraviolet light, then re-emit this energy as a visible glow. Unlike reflective materials that require direct light sources, our glow technology works independently in dark environments.
Ideal Applications:
  • Nighttime events and parties (Halloween, birthday celebrations)
  • Safety and visibility enhancement
  • Custom apparel decoration
  • Creative DIY projects
These heat-transfer decals provide long-lasting glow effects without requiring external light sources to activate their luminous properties.