In the world of advanced engineering, high performance and sustainability are no longer opposing forces—they’re essential partners. At Ru-Bix, we’re proving that precision tooling and resource-efficient manufacturing can go hand-in-hand. Our high-performance Halo® and Halo-S® tooling boards are not only designed to meet the rigorous demands of modern industries, but they’re also helping reduce CO₂ emissions across the board.
The Problem with Traditional Tooling
Traditional composite tooling methods often involve multiple stages, significant material waste, and the use of petrochemical-based boards with high embodied carbon. These practices contribute to elevated CO₂ emissions and long-term environmental impact—especially in industries like automotive, aerospace, and marine, where tooling plays a critical role in manufacturing cycles.
The Ru-Bix Difference
At Ru-Bix, we’ve taken a different path. Our Halo-S® sustainable tooling boards are developed with a unique blend of recycled plastics and bio-based polymers, dramatically reducing the carbon footprint without sacrificing thermal or mechanical performance.
Here’s how we do it:
- Direct Tooling: By eliminating the need for intermediate plugs or patterns, we streamline the manufacturing process. This reduces both energy use and the volume of waste generated.
- Bio-Based Chemistry: Our use of non-food vegetable oils and sustainable resin systems helps cut dependence on fossil fuels and lowers embedded carbon.
- Lower Process Emissions: With high thermal stability and excellent prepreg compatibility, Halo-S boards reduce the need for energy-intensive reworks or failures.
- Circular Materials: Incorporating recycled plastic waste into our formulations diverts material from landfill while creating value in high-performance applications.
Real-World Impact
In cutting-edge automotive projects like the Callum Skye and Ariel E-Nomad, Ru-bix boards have helped manufacturers dramatically cut CO₂ emissions. In the case of the E-Nomad, using Halo® boards alongside natural flax-reinforced body panels delivered up to a 73% reduction in CO₂ compared to traditional carbon-fibre methods.
These projects demonstrate that innovative engineering solutions can reduce environmental impact without compromising on quality, strength, or design.
Sustainability Without Compromise
At Ru-Bix, we believe that sustainability should be a feature—not a trade-off. Our tooling boards deliver exceptional surface finishes, dimensional accuracy, and thermal performance, all while supporting global carbon-reduction goals.
Whether you’re developing the next-generation electric vehicle or precision aerospace components, Ru-Bix is ready to support your journey—with low-impact materials that perform at the highest level.