We will exhibit at "nano tech 2025."

This is a microparticle polymer based on polymerizable monomers such as styrene and methyl methacrylate, created from our unique suspension polymerization technology.

Techpolymers based on polymerizable monomers such as methyl methacrylate and styrene can be utilized in various applications, leveraging their properties for light diffusion in resin films and molded products, providing matte and scratch resistance in paints and inks, and enhancing slip properties in cosmetics. The main fields of application include displays, LED lighting, paints, cosmetics, and electronic materials. We are advancing material development with various customizations, including particle size (nano to micro), particle size distribution (polydisperse to monodisperse), particle shape (porous, irregular, hollow), refractive index, hardness, solvent resistance, heat resistance, and composite technology. If you have any issues with fine particles, please feel free to contact us. There are individual pages for various products, so please take a look at them as well.

• Other optical parts
• plastic

Fluorine-based resin dispersants (aqueous, alcohol-based) compliant with PFAS regulations.

Introducing "Fluxflow," a non-fluorinated dispersant utilizing biomimetic technology modeled after the adhesive structure of mussels (catechol structure). ◆ Product Concept - A polymer-type dispersant that adheres to PTFE using catechol-based adhesive functional groups. - An alternative to fluorinated dispersants that are restricted in specifications due to PFAS regulations. - The affinity with the dispersing medium can be controlled by adjusting the polymer structure.

• Chemicals

Nano-sized organic resin particles that possess an air layer, allowing for the impartation of various properties (low refractive index, low dielectric constant, lightweight, thermal insulation).

These are organic resin microparticles with a particle diameter in the nanoscale and a hollow interior. They are provided in a solvent dispersion to achieve primary dispersion of the nanoscale particles. 〇 Features (1) The particle diameter is nanoscale, and the particle size distribution is uniform, allowing for the creation of a highly transparent low refractive index film when added to materials. (2) Being polymer microparticles, they have good compatibility with resin materials and organic solvents, resulting in excellent dispersibility. (3) Compared to inorganic hollow particles, the organic NH series has a lighter weight per particle, leading to a higher number of particles when added in the same weight, resulting in enhanced properties. (4) They have high affinity with the coating film, making it less likely for cracks to occur during film bending or punching processes. (5) The hollow structure allows for expected properties such as weight reduction, thermal insulation, and low dielectric constant in addition to lowering the refractive index. 〇 Comparison of reflections due to low-reflection films By adding to the coating film, the refractive index decreases, reducing light reflection. 〇 Comparison of coating film strength during film bending Since TP-NH is a resin composition, it has high compliance with organic binders, resulting in a coating film with excellent bend resistance.

• plastic

Due to the presence of an air layer, it is possible to impart various properties (low refractive index, low dielectric constant, lightweight, thermal insulation). Available in sizes ranging from nano to micron.

It is a polymer microparticle with an air layer inside. By adding it to materials, it can impart properties of air, such as low refraction (low reflection) and low dielectric characteristics. Additionally, when added to resin, a hollow structure can also provide stress relaxation effects. The particle size can be provided in nano to micro sizes according to your requirements. *Please refer to the catalog available for download below for SEM images, features, and dielectric data.

• Other electronic parts
• Other optical parts
• plastic

"Tech Polymer" is proposing solutions for low dielectric applications that reduce transmission loss in the high-frequency range.

We would like to introduce our development products aimed at the development of low-dielectric semiconductors and substrates that can suppress signal transmission loss in the high-frequency range required for the next-generation mobile communication system, 5G, which enables high-speed communication of large-capacity data. 【Product Overview】 Particle Structure: Solid Type Particle Structure: Hollow Type For information on particle size, particle size distribution, dielectric properties (Dk, Df), and heat resistance, please download the materials for confirmation. 【Customization Examples】 Particle Size Adjustment Particle Surface Modification (Dispersion Improvement) 【Application Examples】 Additives for materials in semiconductor packaging and mounting fields.

• plastic

The polymer microparticle "Techpolymer" has the characteristic of thermal decomposition and can be used as a pore-forming material.

The polymer microparticle "Tech Polymer" has the characteristic of thermal decomposition and can be used as a pore-forming material. It is primarily mixed with ceramic powders or metal powders, and during firing, the particles burn away, creating spherical pores. Additionally, a significant feature of "Tech Polymer" is that it produces very little residue after decomposition. 【Features】 ■ Particle Size, Particle Size Distribution, and Shape We offer a wide range of particle sizes from submicron to micron. It is also possible to achieve a sharp particle size distribution, contributing to uniform pore formation. In addition to the main spherical microparticles, we also have irregularly shaped particles such as biconvex lens-shaped and hemispherical particles, making it suitable for forming special pores. ■ Low Residue Tech Polymer has minimal residue after decomposition. ■ Environmental Consideration By using hollow microparticles and low-temperature thermal decomposition microparticles, we can propose products that contribute to energy reduction, and by using biomass particles, we can help reduce carbon emissions, thus promoting environmental consideration.

• plastic

We will be holding a seminar as follows during the Next Generation Die Casting Technology Webinar Week 2026. The die casting process plays a very important role in the automotive industry today, contributing to weight reduction, strength, cooling performance, and improved production efficiency. Do you have challenges related to defective products or mold lifespan due to mold temperature management? A non-contact type mold surface temperature monitoring system can achieve stability in quality, accuracy in traceability, and cost reduction. We hope you find it useful along with case studies. Date and Time: July 6, 2026 (Monday) 13:30 - 13:55 Instructor: Product Manager, Sales Engineering Department, Marpos Co., Ltd. Target Audience: - Those involved with die casting products and die casting machines - Those facing challenges in managing mold surface temperature - Those looking to improve traceability in the die casting process - Those wanting to work on cost reduction in the die casting process Registration: Please register through the details and registration button. * An invitation code (free) is required to apply for this event. Please enter the following invitation code on the application site. Invitation Code: K3994296

Japan Cadence Design Systems will exhibit at the "2026 Online Stage 1 of the Human and Vehicle Technology Exhibition." Over 500 exhibitors from both domestic and international markets will gather. You will be able to see cutting-edge technologies and products from a diverse range of companies supporting the future of mobility, including automobile manufacturers, parts suppliers, material and chemical manufacturers, and IT and software companies. We look forward to your visit.

We will hold an online seminar as follows. Do you have challenges with quality control of uniform sheet materials or films? As a new option for the development and manufacturing of films and sheet materials, we will thoroughly explain ultrasonic inline measurement as an alternative to conventional radiation measurement. We will achieve manufacturing quality through non-contact inline measurement without sampling, eliminating the hassle of regulatory compliance. We will propose new options for film production management, incorporating case studies. We sincerely look forward to your participation. Date and Time: August 5, 2026 (Wednesday) 14:00 - 15:00 Instructor: MeSys Product Specialist, Sales Development Department, Marpos Co., Ltd. Target Audience: - Customers involved in the manufacturing and research of films and sheet materials - Customers facing challenges (workload, regulations, etc.) with existing technologies used in film and sheet material production - Individuals researching and investigating new technologies to replace existing ones - Customers involved in coating films and sheets Registration: Please register through the details and registration button.

We will hold an online seminar as follows. This is a practical seminar aimed at evolving monitoring systems for machine tools from "seeing" to "noticing and being able to use," in order to achieve results. We will explain the concepts of tool life management and wear monitoring, operational points after implementation, and how to utilize data for process improvement, along with customer case studies. Date and Time: August 19, 2026 (Wednesday) 14:00 - 15:00 Instructor: Engineer from the Artis Team, Sales Development Department, Marpos Co., Ltd. Target Audience: - Customers who use machine tools on a daily basis - Customers considering the introduction of monitoring systems but want to know the specific process until implementation - Customers researching the latest trends in monitoring systems for machine tools We sincerely look forward to your participation.

[Speaker] Shinichiro Yasukawa Representative of Great Journey LLC Visiting Researcher at the University of Tokyo's Future Vision Research Center Visiting Professor at Fujita Medical University Co-founder and Special Advisor of the Public Interest Incorporated Foundation Wellbeing for Planet Earth [Key Lecture Content] Why is it that despite the evolution of technology and the expectation of a prosperous world, society is in chaos and instability? Why is the world so sharply divided? What will happen to the world in the future? How should Japan and the Japanese people navigate through an uncertain future? To answer these pressing questions of modern individuals, future thinking that goes beyond mere forecasting is necessary. The former Chief of Staff and Executive Officer of SoftBank, which became the company with the highest market capitalization in Japan, will explain the five techniques of future thinking (history, signs, structure, probability, assumptions) from multifaceted perspectives including economics, technology, demographics, and geopolitics. [Lecture Items] 1. Pioneers of Future Thinking 2. Future Thinking vs. Future Forecasting 3. Five Techniques of Future Thinking 4. What is happening now in the world and in people's consciousness? 5. What will happen by 2045? 6. What should Japan and Japanese companies do? 7. Q&A / Business Card Exchange