Osaka Castle
Open Gallery
2nd Global Summit on
Polymer Science and Composite Materials
(GSPSCM2025)
ANA Crowne Plaza Osaka, Japan | May 12-14, 2025
Dear Colleagues,
It is a great pleasure to announce that Apex Global Meetings will
host the 2nd Global Summit on Polymer
Science and Composite Materials (GSPSCM2025) will be held in Osaka,
Japan (Hybrid Mode) during May 12-14, 2025.
GSPSCM2025 aims to bring together the renowned researchers, scientists and
scholars to exchange ideas, to present sophisticated research works and to
discuss hot topics in the field and share their experiences on all aspects of
Polymer Science and Composite Materials.
The GSPSCM2025 will be a 3 days event that means to
gather the key players of the Polymer Science and Composite Materials community
and related sectors. This event is launched with the aims to become an
established event, attracting global participants, intent on sharing,
exchanging and exploring new avenues of Polymer Science and Composite
Materials-related scientific and commercial developments.
A wide-ranging scientific program consisting of plenary lectures,
Keynote lectures, Invited lectures, parallel sessions, as well as Poster
sessions for young scientists covering all topics in Polymer Science and
Composite Materials will be scheduled. This conference provides a wonderful
opportunity for you to enhance your knowledge about the newest interdisciplinary
approaches in Polymer Science and Composite Materials.
Moreover, the conference offers a valuable platform to create new
contacts in the field of Polymer Science and Composite Materials, by providing
valuable networking time for you to meet great personnel in the field.
We look forward to seeing you at GSPSCM2025 in Osaka,
Japan.
Regards,
Hafsana Nur | Event Manager
Polymer Materials
Polymer Science and Technology
Polymers for Emerging Technologies
Applications of Polymers in Medicine, Health and Biotechnology
Polymer Synthesis and Polymerization
Polymers Electrochemistry
Advanced Synthetic Polymers and Catalytic Materials
Polymeric Material Chemistry and Physics
Polymer Electronics: Optics, Fiber and Lasers
3D Printing Polymers
Synthetic and Green Polymers
Oils and Bio-Inorganic Materials
Biopolymers and Bio plastics
Biochemical-Bio Degradation of Polymers
Environmental Impact of Polymer Waste Disposal
Polymer Membranes for Environments and Energy
Recycling and Waste Management of Bio-polymers
Advanced Fibre-Reinforced Composites
Computational Materials Science
Plastic Processing and Composite Materials
Carbon & Ceramics Matrix Composites
Bio-Fibers and Composite Materials
Mechanical and Physical Properties of Composite Materials
Recycling Technologies for Thermoset Composite Materials
The
polymer-based hybrid composite's aim to permeate several sectors is
inescapable. Among other purposes, the hybrid polymer matrix composite was
aimed for cars and utility components. The type of reinforcement and its
selection shape the composite's nature. Researchers are currently concentrating
on employing natural fibres to reinforce hybrid polymer composites and increase
natural fibre mechanical properties. As stated in this study, natural fibres
are replacing conventional fibres like glass, aramid, carbon and others to
improve quality. Vehicles, aircraft, military, packaging utility products,
construction, and so on have proved that natural fibres are a viable
alternative to synthetic fibres. These polymer-based hybrid composites have
considerable limitations. It tried to sum up everything. Adding high
strength-to-weight natural fibres to polymer composites increases mechanical
properties.
Nowadays,
people have developed a dependence on composite materials and have begun to
employ them for a variety of reasons. Natural fibre composites are lightweight,
eco-friendly, renewable, affordable, biodegradable, and sustainable. Natural
fibres outperform synthetic or man-made fibres in terms of performance. Natural
fibre reinforced polymer composites have grown in popularity in recent years
due to their advantages over typical synthetic materials. There have been
numerous academics exploring natural fibre composite/resin composites in recent
years.
Congratulations on the successful completion of GSPSCM2024 as a web conference.
Prof. Kazutoshi Ikenaga,
Sojo University, Japan
I would like to appreciate your efforts and patience for successful Webinar conference of GSPSCM2024.
Prof. Kazuo Akagi,
Ritsumeikan University, Japan
It was indeed a very nice opportunity to take part in the GSPSCM2024. The conference was well organized and proceeded smoothly all day long. The presenters were very well selected and the topics were very much insightful.
Paulo Cesar De Moaris,
Catholic University of Brasília & University of Brasília, Brazil
Despite the fact that the conference had to be moved to an online format, the reports were very interesting and diverse and conference was for me very fruitful.
Liudmyla Gryshchuk,
Leibniz-InstitutfürVerbundwerkstoffe
GmbH, Germany
The Conference has been fruitful and beneficial with these contributions in favour of the Distinguished speakers and conference committee members. Also, I enjoyed joining this Important conference.
Osman Adiguzel,
Firat University, Turkey
It was my pleasure, to join GSPSCM2024
Siva Prasad Parvatam,
Independent Consultant, India
I would like to congratulate all the organizer team for this great webinar, with top notch presentations and distinguished presenters.
Raul Duarte Salgueiral Gomes Campilho,
ISEP - School of
Engineering, Portugal
We would like to thank you very much, me and my colleagues Prof. Wojciech Żurowski and MSc Robert Gumiński for the opportunity to participate in GSPSCM2024 and for the certificates issued
Wojciech Kucharczyk,
Casimir Pulaski Radom University, Poland
Groups of three or more will receive a Special discount by using the group code. If you have any queries, please contact us at or call
gspscm@apexglobalmeetings.com
