Advanced technologies in polymer synthesis
In recent years polymer industries have been challenged by the demand for improved multifunctional, high grade and more specialised polymers. Researchers and developers are coming up with newer technologies to enhance existing polymers or synthesizing technologies. Advanced polymers such as nanofibers are synthesized from technologies like electrospinning which is one of the most efficient techniques of fabrication. There are also other polymers that have been produced with electrospinning which are ultrafine and such nano-scale materials find applications in reinforcement of nanocomposites. Plasma polymerization is also being used to synthesize polymer films, it utilizes plasma to provide energy to fragment or activate gaseous or liquid monomers to induce polymerization. The advantages plasma polymerization, are ability to produce polymer films of organic compounds that cannot be polymerized through chemical polymerization and another advantage is that it is more suitable for precision nano-coating applications compared to conventional coating methods. The reusable electrodes add to the green aspects of this method.
- Polymer nanofibres
- Synthesis of nanotubes and nanofibres
- Synthesis of thin films by plasma polymerization
- Recent advances in microwave-assisted polymer synthesis
- Synthesis of high-temperature aromatic polymers
- Synthesis of wellâ€defined glycopolymers
Related Conference of Advanced technologies in polymer synthesis
32nd International Conference on Advanced Materials, Nanotechnology and Engineering
39th International Conference on Materials Science and Engineering
12th International Conference and Expo on Ceramics and Composite Materials
24th International Conference and Exhibition on Materials Science and Chemistry
Advanced technologies in polymer synthesis Conference Speakers
Recommended Sessions
- Advanced polymer techniques
- Advanced technologies in polymer synthesis
- Biodegradable polymers
- Biomaterials and Biopolymers
- Bioplastics and Biocomposites
- Commercialization of biopolymers
- Green polymer synthesis
- Nanopolymers and modern day application
- Polymer engineering and models
- Polymer fundamentals
- Polymer manufacturing
- Polymer nanotechnology
- Polymers for energy applications
- Principles of polymer chemistry
- Renewable resources and bio based polymers
- Role of polymers in biological systems
- Solid waste management techniques of polymers
- Synthetic polymers
Related Journals
Are you interested in
- Additive Manufacturing – 3D Printed Materials - Ceramics 2026 (Italy)
- Additive Manufacturing – 3D Printing - Material science-2026 (Italy)
- Advanced Ceramics – High Performance - Ceramics 2026 (Italy)
- Advanced Materials and Functional Devices - ADVANCED MATERIALS 2026 (France)
- Advanced Materials and Nanotechnology - ADVANCED MATERIALS 2026 (France)
- Bio-Ceramics – Healthcare Innovations - Ceramics 2026 (Italy)
- Biomaterials – Healthcare Innovations - Material science-2026 (Italy)
- Biomedical Nanotechnology - ADVANCED MATERIALS 2026 (France)
- Carbon Nanostructures and Graphene - ADVANCED MATERIALS 2026 (France)
- Ceramic Coatings – Wear & Thermal Protection - Ceramics 2026 (Italy)
- Ceramic-Polymer Hybrids – Multifunctional Materials - Ceramics 2026 (Italy)
- Ceramics – High-Performance Materials - Material science-2026 (Italy)
- Composite Materials - ADVANCED MATERIALS 2026 (France)
- Composites – Lightweight & Strong - Material science-2026 (Italy)
- Computational Materials – Modeling & Simulation - Material science-2026 (Italy)
- Energy & Electronic Materials – Functional Ceramics - Ceramics 2026 (Italy)
- Energy Materials – Batteries & Storage - Material science-2026 (Italy)
- Functional Nanostructures – Design & Fabrication - Material science-2026 (Italy)
- Functionally Graded Materials – Tailored Properties - Ceramics 2026 (Italy)
- Material Characterization – Testing & Analysis - Material science-2026 (Italy)
- Metal Alloys – Strength & Durability - Material science-2026 (Italy)
- Metal Matrix Composites – Strength & Durability - Ceramics 2026 (Italy)
- Miniaturization Technology - ADVANCED MATERIALS 2026 (France)
- Molecular biology and Materials science - ADVANCED MATERIALS 2026 (France)
- Nano Materials - ADVANCED MATERIALS 2026 (France)
- Nano Structures - ADVANCED MATERIALS 2026 (France)
- Nano Technology and Photonics Communication - ADVANCED MATERIALS 2026 (France)
- Nanocluster and Nanoscience - ADVANCED MATERIALS 2026 (France)
- Nanocomposites – Functional Applications - Ceramics 2026 (Italy)
- Nanomaterials – Advanced Applications - Material science-2026 (Italy)
- Nanometrology and Instrumentation - ADVANCED MATERIALS 2026 (France)
- Nanoparticle and Nanoscale Research - ADVANCED MATERIALS 2026 (France)
- Nanoparticle Synthesis and Applications - ADVANCED MATERIALS 2026 (France)
- Nanosensors Devices - ADVANCED MATERIALS 2026 (France)
- Nanotechnology-Basics to Applications - ADVANCED MATERIALS 2026 (France)
- Optical Materials and Plasmonics - ADVANCED MATERIALS 2026 (France)
- Photonic Materials – Optical & Electronics - Material science-2026 (Italy)
- Polymer Composites – Lightweight Solutions - Ceramics 2026 (Italy)
- Polymers – Functional & Smart Designs - Material science-2026 (Italy)
- Properties of Nano Materials - ADVANCED MATERIALS 2026 (France)
- Reinforced Composites – Strength Optimization - Ceramics 2026 (Italy)
- Science and Technology of Advanced Materials - ADVANCED MATERIALS 2026 (France)
- Smart Materials – Responsive & Adaptive - Material science-2026 (Italy)
- Spintronics - ADVANCED MATERIALS 2026 (France)
- Structural Composites – Aerospace & Automotive - Ceramics 2026 (Italy)
- Sustainable Ceramics – Eco-Friendly Materials - Ceramics 2026 (Italy)
- Sustainable Materials – Eco-Friendly Solutions - Material science-2026 (Italy)
- Thermal Barrier Materials – High-Temperature Performance - Ceramics 2026 (Italy)
- Thin Films – Coatings & Surface Engineering - Material science-2026 (Italy)
- Wear-Resistant Composites – Industrial Applications - Ceramics 2026 (Italy)
