This year, PITAKA has collaborated with luxurious streetwear brand Aries, creating the world's first luminous aramid fiber case for iPhone 16 Pro and iPhone 16 Pro Max. These cases can glow in the dark, showcasing your unique personality like never before.
So, how does this luminous case work?
The secret lies in PITAKA's Lumintex™ fiber!
Lumintex™ is an ultrathin, high-molecule, luminous fiber that can be woven. By modifying the flexibility of the high-molecule formula and the microstructure of the fiber surface, the PITAKA development team has created a luminous fiber with exceptional flexibility that can be woven for the first time.
Plus, by optimizing the molecular particle size based on traditional technology, Lumintex™ absorbs light more efficiently than ordinary luminous materials. Just a short exposure to visible light sources—such as sunlight, flashlights, or ultraviolet light—will glow vividly in the dark.
Lumintex™ is an ultrathin, high-molecule, luminous fiber that can be woven. By modifying the flexibility of the high-molecule formula and the microstructure of the fiber surface, the PITAKA development team has created a luminous fiber with exceptional flexibility that can be woven for the first time.
Plus, by optimizing the molecular particle size based on traditional technology, Lumintex™ absorbs light more efficiently than ordinary luminous materials. Just a short exposure to visible light sources—such as sunlight, flashlights, or ultraviolet light—will glow vividly in the dark.
Excellent properties of Lumintex™ fiber
- Weavable: The integration with aramid fiber makes woven light possible.
- Class D brightness: High-class brightness for better visibility in the dark.
- Microstructure: Bring a glowing effect even in an ultrathin or compact space.
- High-efficiency energy conversion: Absorb and store optical fiber energy in an extremely short time, and release a visible glow in the dark.
Moreover, PITAKA has combined Lumintex™ with the Fusion Weaving technology, further elevating the design possibilities of aramid fiber and delivering a more striking visual experience.
