I will give a lecture on 'Improving Interfacial Adhesion of Resin Composites through Maleic Acid Modification.'

It is a polypropylene with terminal double bonds obtained through precise thermal decomposition.

It is possible to synthesize various functional polymers utilizing the reactivity at both ends.

• plastic
• Engineering Plastics

High-performance plastic element technology that realizes the enhancement of recycled materials!

Our company has successfully developed a continuous system for "precision thermal decomposition technology" that can manufacture end-reactive polymers from polymers. By controlling the thermal decomposition reactions of polypropylene and cycloolefin polymers, it is possible to modify them while maintaining their original properties. 【Target Materials】 ■ Polypropylene ■ Polyethylene ■ Cycloolefin Polymer *For more details, please download the PDF or feel free to contact us.

• plastic
• Engineering Plastics

It is a polymer modifier that improves the dispersibility of polypropylene with glass fibers, carbon fibers, and cellulose nanofibers (CNF).

"Polypropylene Ionomer" is a polymer modifier for our next-generation plastic, the "Polypropylene 2.0 Series." It has high adhesion properties, making it easy to paint and bond polypropylene with dissimilar materials, and it significantly improves the dispersion of glass fibers, carbon fibers, cellulose nanofibers (CNF), and other materials in polypropylene. [Main Applications] ■ Wind power generation components ■ Sports equipment ■ Automotive interior and exterior ■ Aircraft components ■ Robot components *For more details, please download the PDF or feel free to contact us.

• glue
• Other consumables
• paint

Applications are possible in new energy-related fields, robot components, functional films, and more!

"Polypropylene 2.0" is a polypropylene-based material made using our unique precision thermal decomposition technology to obtain terminal double bond polypropylene. Compared to conventional polypropylene, it has improved properties such as paintability and adhesion to different materials. 【Features】 ■ Increased strength through composite with different materials ■ Lightweight due to thinness *For more details, please download the PDF or feel free to contact us.

• plastic
• Engineering Plastics

This is a course where you can systematically learn the knowledge and skills necessary for management positions from the perspectives of leadership and labor management, and strengthen your "ability to motivate people." It is open to one participant per company. Content: - The ideal image of a leader - Team building that creates results - Ways to communicate that engage people - Methods for guiding and developing subordinates - Rules of labor management - Prevention of harassment - Mental health in the workplace Here are some comments from participants: - I have dreamed of becoming the best team, so I will share this with my members and take steps forward! - If I communicate what I am not doing to the staff, I won't gain their support. I will express it through my own actions. - The phrase "Strategies to enhance motivation without human relationships are meaningless" resonated with me. - I had no knowledge about labor issues, and it was a learning experience. I will study to be able to respond as a leader. We look forward to your participation. *Details can be downloaded from "Product Information." *For inquiries and applications, please contact us below or visit our website or call us. *Registration will close once we reach capacity.

We want to improve our operations with AI, but what exactly can we do... For those who want to actually try out and compare services, we have an announcement. The electronic contract and document management service paperlogic will be exhibiting at the 'Business Innovation Fair 2025 Autumn in Makuhari' hosted by Otsuka Shokai on November 13th (Thursday) and 14th (Friday) at the Hotel Green Tower Makuhari. Seminars on business improvement and AI utilization will also be held, so if you are nearby, please come and visit us. ● We will also be conducting product demonstrations of paperlogic at the venue. The biggest feature of paperlogic is that it is easy to use and simple, yet it complies with all document management regulations, including the Electronic Bookkeeping Act. We invite you to experience this simplicity firsthand.

At our center, we regularly hold a lecture series called the "Environmental Science Seminar" aimed at providing and promoting information related to the environment and hygiene for citizens. This year, it will take place on Saturday, November 15th. We are pleased to have Dr. Takeshi Ochiai from the Kanagawa Prefectural Institute of Industrial Technology, a local independent administrative institution, deliver a lecture titled "The Future of Living Created by Photocatalysts." Photocatalysts are materials that use natural forces such as light and water to decompose and remove dirt and harmful substances. While it may sound complicated, they are actually utilized in everyday products like wall materials, window glass, and air purifiers. In this seminar, we will clearly introduce photocatalysts, a dream material that is environmentally friendly, safe, and contributes to the future of society. Additionally, we will set up an exhibition booth where you can experience the effects of photocatalysts, so please come and try it out.

Our company will exhibit equipment at the "69th Space Science and Technology Union Conference." We sincerely look forward to your visit.

Japan Filtration Group Co., Ltd. will be exhibiting at the "10th Drink Japan" held at Makuhari Messe. On December 5th (Friday), we plan to introduce our research facility "Filter Lab," established in Boston, equipped with advanced equipment and cultivation facilities, to respond timely to various customer needs for verification and product development in the exhibitor seminar area within the exhibition venue. The director, who has been involved in filter experiments for many years, will explain microbial control through the sterilization and verification methods of Levilactobacillus brevis and Alicyclobacillus acidoterrestris, which are spoilage bacteria found in fruit juice and wine.