injection moulding is a critical process in high-volume manufacturing, prized for its precision, efficiency, and repeatability. However, conventional fossil-based polymers used in this process often come with significant environmental drawbacks, from high carbon emissions to end-of-life disposal challenges. Floreon addresses these issues head-on with a high-performance, bio-based polymer that integrates seamlessly into existing injection moulding workflows. Engineered for str

We're thrilled to share that Floreon's innovation will be spotlighted amongst other winners at the National Plastics Conference 2025, running September 22–25th. Though we won’t be there in person, attendees will glimpse our pioneering work via a short video clip in the conference lobby, offering an introduction to our halogen-free Floreon Therma-Tech, our sustainable durable bioplastic innovation.

Floreon® Therma-Tech Passes IEC 61558-1 Heat Resistance Test Floreon® Therma-Tech has successfully passed the Ball Indentation Test under IEC 61558-1, proving its outstanding thermal resistance and durability for high-temperature electrical applications. Tested by Impact Solutions (UK): ✅ Crystalline samples (90–95°C mould temp) – 1.34 mm (Pass) ❌ Amorphous samples – >2.00 mm (Fail) This result confirms Floreon® Therma-Tech as a sustainable, high-performance alternative to