Underlying
Technologies
Diverse underlying technologies supporting Nagase ChemteX
At Nagase ChemteX, we possess diverse underlying technologies backed by years of extensive experience and expertise. We combine these technologies to develop products that meet market needs.
We conduct unique research activities in organic synthesis, polymerization, chemical modification, manifestation of functions through the formulation of chemicals, physical property evaluation, and simulation technologies. We also actively pursue the creation of new technologies through collaborative research with universities and research institutions both in Japan and overseas.
Epoxy Compound Design
Design and synthesis of epoxy compounds utilizing epichlorohydrin
- #Synthesis & Polymerization
Acrylic Polymer Design
Polymer design and suspension polymerization for the production of acrylic resins
- #Synthesis & Polymerization
Functional Dye Design
Design of highly functional dyes that exhibit optical, electrical, and chemical properties in response to light, heat, or other stimuli.
- #Synthesis & Polymerization
Conductive Coating Material Design
Design and formulation of conductive coatings based on conductive polymers and nanocarbon
- #Synthesis & Polymerization
- #Formulation & Processing
Photolithography Material Design
Material selection and formulation design for fine, precise pattern formation
- #Formulation & Processing
Electrical and Optical Function Control
Material selection and formulation design for imparting electrical and optical properties to formed patterns
- #Formulation & Processing
Thin Film Dissolution Control
Material selection and formulation design to maximize dissolution and corrosion resistance effects on substrate materials in electronic device manufacturing
- #Formulation & Processing
Epoxy Resin Formulation Design
Basic formulation design technology for epoxy resins and curing agents suited to various applications
- #Formulation & Processing
High Filler Loading & Formulation Design
High filler loading technology for low Coeffcient of Thermal Expansion(CTE) and low viscosity
- #Formulation & Processing
Compounding
Dispersion and mixing technology for homogenizing resins, fillers, and more
- #Formulation & Processing
Stress Relaxation Resin Formulation
Additive formulation technology for stress relaxation in epoxy resins
- #Formulation & Processing
Rheology Characteristics & Formulation Design
Rheology control technology for providing various workability properties for different applications
- #Formulation & Processing
Processing Technology
Various processing technologies including molding, punching, and sheet formation
- #Formulation & Processing
Composite Material Design
Design of binder resins for FRTP such as thermoplastic epoxy resins and in-situ polymerized polyamide 6, and design of FRTPs using these materials
- #Synthesis & Polymerization
- #Formulation & Processing
Thermoplastic epoxy resins, in-situ polymerized polyamide 6, UD carbon tape Automotive structural materials, impact absorption materials, civil engineering reinforcement materials, etc.
Organic-Inorganic Hybrid Material Design
Design and synthesis of hybrid materials centered on silsesquioxane (SQ) derivatives, combining the advantages of organic and inorganic materials
- #Synthesis & Polymerization
- #Formulation & Processing
SQ-based molding materials, SQ-based coating materials, SQ resins + nanoparticles Digital camera lenses, hard coatings, special coatings, transparent encapsulants
Nano Material Design
Synthesis of novel nanoparticles, various dispersions, and design of resin compounds using these materials
- #Formulation & Processing
TiO2 dispersions, ZrO2 dispersions, others Microlenses, anti-reflection coatings, recording materials, etc.
Inquiries about our products and technology
For inquiries about products (SDS, TDS, usage instructions, pricing, purchase information, catalogs, regulations, samples, technology, business collaboration, etc.), please inquire here.
Inquiries