Product overview

The inherent properties of siloxane, Inkron’s main resin system are perfect for optics and optics-related applications and devices. The optical clarity of the resin systems combined with good durability and thermal stability makes siloxane the material of choice for a multitude of applications. Combined with Inkron’s capability to modify the polymers according to the application requirements this creates an excellent starting point for various optical designs. The final products are formulated in-house  to meet the application-specific demands.

 

OPTICAL COATINGS

Inkron’s optical coatings are Nano Imprint Lithography processable and used for application in diffractive optics. Applications cover AR/MR waveguides, 3D sensors, other NIL-based applications as well as general optics applications.

  • NIL processable resins, RI range 1.55-1.9x

 

These high refractive index materials are complemented by low refractive index coatings. Typical applications are seen in antireflection coatings, cladding layers, gap filling.

  • Low RI gap filling coatings, RI range 1.1-1.4

The portfolio of optical dielectrics contains both inks and coating solutions. Screen printable solvent-free dielectrics guarantee pinhole-free insulation while maintaining transparency. The k-value of the basic systems is approximately 3, with the option to tune the formulation for higher and lower k-value products.  

  • Screen printable transparent dielectrics
  • Inkjetable transparent dielectrics
  • Dielectric coatings
    • High and low k value versions possible application

 

OPTICALLY CLEAR ADHESIVES

Inkron’s optically clear adhesives are equally thermally conductive. The refractive index can be tuned over a wide range.

  • Transparent, thermally conductive adhesives for demanding applications
  • Structural adhesives and underfills
  • Dual cure low RI adhesive

Related applications

Contact us

We get back to you
soon.




Our website uses cookies for the best user experience. By continuing to use the site you agree to the use of cookies. Read more