Global Summit on
Polymer Science and Composite Materials(GSPSCM2024)
Prague, Czech Republic | September 16-18, 2024
Dear Colleagues,
Apex Global Meetings is delighted
to announce and cordially invite all the participants across the globe to
attend the “Global Summit on Polymer Science and Composite Materials”
GSPSCM2024 which will be taking place from September 16-18,
2024 in Prague, Czech Republic. The theme of the conference is “Integrating
the prominent techniques on Polymer Science and Composite materials”.
Scientific Tracks designed for this conference will enable the attendees and
participants to learn extremes.
The meeting brings together
world-class participants and young researchers looking for opportunities for
exchanges that cross the traditional discipline boundaries and allows them to
resolve multidisciplinary challenging problems that only a venue of this nature
can offer. GSPSCM2024 Conference provides a platform of
international standards where you can discuss and share persuasive key advances
in Polymer Science and Composite Materials.
We look forward to your valuable
presence at GSPSCM2024 in Prague, Czech Republic.
Regards,
Haritha Jujjuri | Event Manager
GSPSCM2024
Apex Global Meetings
secretary@polymersciencesummit2024.com
91-8977610040
3D Printing Polymers
Advanced Synthetic Polymers and Catalytic Materials
Applications of Polymers in Medicine, Health and Biotechnology
Biochemical-Bio Degradation of Polymers
Biopolymers and Bio plastics
Ceramics, Glasses & Composite Materials
Computational Materials Science
Dynamics of polymers
Environmental Impact of Polymer-Waste Disposal
Implantable devices, degradable polymers, drug delivery, tissue engineering
Materials for surgical and Non-surgical treatment
Oils and Bio-Inorganic Materials
Organic and Inorganic Composites
Polymer Electronics: Optics, Fiber and Lasers
Polymer Membranes for Environments and Energy
Polymeric Material Chemistry and Physics
Polymers Electrochemistry
Polymers for Biomedical Engineering
Polymers for Nanotechnology
Polymers in photovoltaic, OLEDs, batteries, super capacitors, optoelectronics, optics, and photonics
Polymer Chemistry : Mechanical Properties
Recycling Technologies for Thermoset 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.
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
secretary@polymersciencesummit2024.com