Introduction
Innovation in materials science is propelling industries into a future of increased efficiency, durability, and versatility. At the forefront of these innovations are hybrid polymers – advanced thermosets that are redefining what’s possible across diverse industries. At Rubix, we have pioneered the development of resource-conscious, hybrid polymer tooling boards, like our Halo-S range, that are not only versatile and based on bio-carbon raw materials, but also customisable to specific industry requirements. This post explores the vast applications and advantages of our hybrid polymer technology in various industries, demonstrating how this material revolution is reshaping the world as we know it.
Aerospace
The aerospace industry is perpetually seeking materials that offer both superior performance under extreme conditions and are based on bio-carbon chemistry. Our Halo-S boards deliver just that. Hybrid polymers, by virtue of their high temperature performance, make for excellent aerospace materials. Their low coefficient of thermal expansion means that they retain their dimensions under high temperatures, which is essential for maintaining strict dimensional accuracy during the tooling of aerospace components. Importantly, they are derived from sustainable, vegetable-based resins.
The high Tg and low CTE of the Halo-S boards also means that they can be used in prototyping and in mould-making applications for aerospace components. The glossy finish of our boards makes them suitable for creating moulds to produce aerospace components and for use with carbon fibre prepregs. Furthermore, the boards’ excellent machinability means they can be tailored to create complex, aerodynamic shapes, meeting the demanding standards of the aerospace industry.
Automotive
The automotive industry, both conventional and electric, has embraced the Halo-S tooling boards due to their robust properties and cost-effectiveness. In a market that is increasingly shifting towards sustainability and efficiency, the boards’ high performance and the fact that they can be up to 30-50% more cost effective than select traditional prototyping materials make them a preferred choice.
Hybrid polymers are transforming automotive prototyping, providing a more cost-effective solution while delivering exceptional results. Halo-S boards withstand higher pressures and temperatures than many other prototyping materials, making them ideal for various automotive applications. With their high-temperature stability and very low coefficient of thermal expansion, they also offer a level of precision crucial in the production of intricate and high-performance components.
Renewable Energy
In the renewable energy sector, particularly wind and solar, our Halo-S boards are used to prototype components that are both durable and efficient. The robustness and resilience of the boards make them ideal for testing designs in challenging environmental conditions. Furthermore, the sustainability of our hybrid polymers aligns perfectly with the industry’s ethos, providing a lower environmental impact option in the prototyping and production of renewable energy components.
Conclusion
The transformative impact of hybrid polymers, as exemplified by our Halo-S tooling boards, is increasingly being felt across a broad spectrum of industries. Through a commitment to innovation and a deep understanding of our clients’ needs, Rubix is proud to be at the forefront of this materials revolution. As we continue to explore and expand the potential of hybrid polymers, we look forward to supporting more industries in their quest for efficiency, sustainability, durability, and versatility. Stay connected with us to learn more about our exciting journey with sustainable hybrid polymers and the changes they’re driving in various industries!