光学革新
High Refractive Index. Brilliantly Clear.
Advanced Nanoparticle Additives for Next-Generation Optical Materials.
Nano Chemix Inc.
About Us
Expanding the Potential of Optical Materials
Nano Chemix is a deep-tech startup founded in Tsukuba, Japan, in 2023. Using proprietary precision synthesis and surface design technologies, we develop metal oxide nanoparticles that disperse transparently in organic materials.
Our materials help optical manufacturers increase the refractive index of polymers while maintaining transparency and compatibility with a wide range of resins and solvents.
Do you have any troubles like these?
✓ You need to increase the refractive index of polymers without sacrificing optical transparency.
✓ High-index inorganic particles tend to agglomerate or scatter light in your materials.
✓ You need a stable nanoparticle dispersion tailored to your resin, solvent or manufacturing process.
✓ You want to make optical systems and devices smaller, lighter and higher-performing with high-index materials.
Let us handle it!
Our Strength
Designed for Transparency, Compatibility and Practical Application
Uniform nanoparticles approximately 10 nm in diameter help minimize visible-light scattering.
Surface design can be tailored to different solvents, monomers and resin systems.
Nanoparticles are designed to suppress photocatalytic activity that may cause resin degradation.
Samples and customized dispersion grades are available for customer evaluation and joint development.
OPTITE®: Expanding the Potential of Optical Materials
High refractive index and optical transparency—combined through advanced nanoparticle technology.
FLAGSHIP PRODUCT
OPTITE®
High-Refractive-Index Nanoparticle Additive
OPTITE® uses highly uniform metal oxide nanoparticles and proprietary surface design technology to increase the refractive index of polymers while maintaining transparency.
It can be adapted to various organic materials, including thermoplastic, thermosetting and UV-curable resin systems.KEY FEATURES
01. Higher Refractive Index
TiO₂ and ZrO₂ nanoparticles increase the refractive index of polymer materials.02. Optical Transparency
Highly uniform nanoparticles approximately 10 nm in diameter help reduce visible-light scattering and maintain transparency.03. Customized Dispersion Design
Nanoparticle surfaces can be tailored to different solvents, monomers and resin systems, supporting integration into customer materials and processes.04. Reduced Photocatalytic Activity
The nanoparticles are designed to suppress photocatalytic activity, helping reduce the risk of degradation in the surrounding resin.APPLICATIONS
Optical Interconnects and Photonic Integrated Circuits
OPTITE® can increase the refractive index of polymer waveguide materials, supporting greater index contrast, tighter optical confinement, and higher shoreline density.
Co-Packaged Optics
OPTITE® has potential for polymer waveguide materials used in next-generation optical interconnects for high-speed, energy-efficient data transmission.
Smartphone Camera Lenses
Increasing the refractive index of optical polymers can help achieve thinner lenses and more compact camera modules without sacrificing optical performance.
AR/MR and Smart Glasses
Higher-index waveguide materials can support smaller optical systems, lighter devices and a wider field of view.
From Material Evaluation to Future Scale-Up
Promotion Video
Service
BUSINESS ACTIVITIES
Research, Development and Supply of Functional Nanoparticle Materials
Main Products
MAIN PRODUCT & TECHNOLOGIES
■ OPTITE®
High-Refractive-Index Nanoparticle Additive
A nanoparticle additive designed to increase the refractive index of resins and films while maintaining optical transparency.
■ Precision Synthesis Technology
Produces highly uniform metal oxide nanoparticles approximately 10 nm in diameter to minimize visible-light scattering.
■ Surface Design Technology
Controls the nanoparticle surface to achieve stable dispersion in solvents, monomers and various resin systems.
Message
Creating New Possibilities in Optical Materials—Together
At Nano Chemix, we are developing nanoparticle materials that combine high refractive index and optical transparency.
We are seeking partners who want to explore new possibilities in optical materials.
Through sample evaluation, co-development and technology partnerships, we aim to create next-generation optical devices together.
We can propose nanoparticle dispersion grades tailored to your materials, applications and processes.
Please visit our booth and talk with us about your optical material challenges.
Tetsuya Kurebayashi, Founder & CEO
Contact usCompany
Nano Chemix Inc.
Plaza 106 2-1-6 Sengen, Tsukuba, Ibaraki 305-0047, Japan
Phone +81-90-7023-7359
Company Profile
Corporate Website
https://nanochemix.co.jp/If you have any questions or concerns about our products, please feel free to contact us.
Contact usNano Chemix Inc.
Plaza 106 2-1-6 Sengen, Tsukuba, Ibaraki 305-0047, Japan
Phone +81-90-7023-7359