Jin Suzuki

Title: Jin Suzuki: Advancing Functional Resins and Diguanamine Chemistry.

Introduction

Jin Suzuki is an inventor based in Tokyo, Japan, whose patent work focuses on modified resins and diguanamine compounds. His inventions address ways to improve materials’ flame retardancy, thermal stability, compatibility, adhesion, and coating properties. Suzuki is associated with Mitsui Toatsu Chemicals, Incorporated, and Mitsui Chemicals, Inc. His portfolio includes 10 patents.

Latest Patents

“Method for Preparing Modified Resins and Their Applications” describes methods for preparing modified resins using norbornenyl group-containing compounds, as well as epoxy-modified resins made by reacting those resins with an epoxide. The patent also covers using modified resins to improve flame retardancy, thermal stability, compatibility, and surface properties. The disclosed techniques aim to limit material deterioration while introducing useful functional groups, supporting applications such as coatings, adhesives, and molded materials.

“Diguanamines and Preparation Process, Derivatives and Use Thereof” concerns novel diguanamine derivatives, including compounds based on bicycloheptane and cyclohexane structures. The patent describes their preparation and potential use in adhesives, paints, resin flame-retardant and thermal-stabilization methods, thermosetting molding compositions, and polymeric microspheres.

Career Highlights

Suzuki’s patent work reflects an emphasis on practical materials chemistry. His inventions explore how specialized compounds can be incorporated into resins to enhance performance across industrial applications, including coatings, adhesives, and thermosetting materials. His professional associations include Mitsui Toatsu Chemicals, Incorporated, and Mitsui Chemicals, Inc.

Collaborations

Suzuki’s listed coworkers include Tetsuya Oishi and Hiroshi Ono. Their shared work is connected to patent developments in resin modification and diguanamine chemistry.

Conclusion

Jin Suzuki’s inventions focus on improving resin performance through modified-resin methods and diguanamine derivatives, with potential applications in flame-retardant, thermally stable, compatible, and surface-enhanced materials.