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Thermoplastic Materials

Thermoplastic resins are materials that soften to a liquid in high heat, and then harden again when cooled. Because of these properties, thermoplastic materials can be molded into a variety of shapes and structures, making the plastic resins applicable to many industries. They are most often used in the injection molding process.


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There is a vast assortment of thermoplastics available, from polycarbonate to nylon to acrylic, and each has its own applications. Rope, machine screws, and gear wheels, among others, use nylon. Acrylic has uses in aquariums, windows, signs, and even medicine. For almost any industry , there is a thermoplastic that could be useful. Thermoplastic resins form chemical bonds called polymers when utilized in the plastics molding process. The bonding of the various types of molecules involved in the polymer chains dictates the type of characteristics the plastic will exhibit.

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When molding machines heat the plastic resins, the molecular bonding weakens. The result is a very viscous liquid which can be injected into a molding tool. Once the plastic cools the polymer chains solidify, giving you a plastic part with the desired specifications. New processes for the synthesis of nanocomposites with enhanced properties compared to products currently available on the market will be proposed, developed and upscaled for industrial production.

The next frontier in graphene science will be the ability to use this material efficiently and sustainably in mass-produced products for everyday use. Which technological fields will benefit most from the results of your collaboration with the University of Manchester, and what timescales would you anticipate before graphene-based technologies and products will become common in everyday usage?

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The main goal of this research project will be to develop and upscale nanocomposites with enhanced properties compared to the current available products on the market. The main markets and technological fields that will benefit most from the results of the collaboration between Colloids and the University of Manchester are: automotive, aerospace, industrial, electronic, transport, packaging, civil engineering and agricultural market sectors.

Target output from the research will be Colloids ownership of applicable IP but with also the softer benefits of being a recognised partner to the University, upscaling of internal skills, recruitment of skilled personnel, etc.

Properties and Uses of Thermoplastics

Regarding the timescales before graphene-based technologies and products will become common in everyday usage: there are several methods that can produce high-quality graphene with good properties. They cannot, however, be scaled up to produce graphene in large enough quantities to be used in nanocomposites, except for research purposes with model specimens.

It depends from how fast the market can produce high-quality graphene on industrial scales. Most probably, it will take between five and 15 years until graphene-based products will become common in everyday usage. Your email address will not be published. Subscribe To Our Free Publication Thank you for expressing interest in joining our mailing list and community.

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Thermoplastic Composites Materials - Toray Advanced Composites

The National Graphene Institute in Manchester. Personal Response Which technological fields will benefit most from the results of your collaboration with the University of Manchester, and what timescales would you anticipate before graphene-based technologies and products will become common in everyday usage? Graphene nanocomposites for new thermoplastic materials was last modified: July 8th, This feature article was created with the approval of the research team featured. This is a collaborative production, supported by those featured to aid free of charge, global distribution. Want to read more articles like this?

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