Photosensitive Conductive Paste
RAYBRID™
RAYBRID™
Mounting locations
- Displays
- Interiors
Benefits
Fine-line
processing enabled by photosensitivity
contributes to the higher performance
and higher resolution for devices.
RAYBRID™ is a conductive material used in photosensitive processes, and excels at fine wiring patterning. Adoption in touch panels, heaters, antennas, EMI shielding, etc. is being explored.
Enables delivery of high-performance automotive devices while balancing design, functionality, and manufacturability.
Features
Simple process
This process is simpler than metal etching, consisting of four steps: coating film formation, UV exposure (negative), alkali development, and heat treatment.
Flexibility
(Cured type)
Since the conductive particles in the dry film are dispersed in the resin, it is a composite material between the resin and the conductive particles. In order to impart photosensitive characteristics, the design contains a high resin content. This makes the wiring itself flexible and difficult to crack.
Transferability
It is possible to form a pattern on a release film and transfer the formed pattern by heat transfer. This will also enable the use of curved substrates, expanding the range of base material options.
Use Cases
#01
Creating lighting effects with light-transmissive switches
By forming metal mesh wiring using RAYBRID™, the light transmissivity can be increased and enabling stealth switches.
#02
Micro-wiring and
transparent heater
™By using RAYBRID to form a fine mesh structure with a visible light transmission rate of 90% or more on the base material, the system is expected to be deployed in stealth heaters.
#03
Hovering sensor that creates a sense of wonder
Using RAYBRID™ to position the hovering sensor functionality beneath various surface materials, enables deployment of hovering sensors triggered by any movement of the occupant.
Related Products
Related Products
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RAYTELA™
Lightweight, flexible, and electromagnetic noise immunity contribute to the comfort and design of in-vehicle networks and interior lighting.