- TE Connectivity uses I'm green bio-based materials to reduce greenhouse gas emissions.
- Bio-based heat shrink tubing meets UL224 and California Proposition 65 standards.
- I'm green bio-based solutions are made from sugarcane ethanol, reducing carbon footprint.
- Braskem's Life Cycle Assessment confirms positive climate impact of bio-based plastics.
Introduction
Braskem, a leader in biopolymers, collaborates with TE Connectivity to integrate bio-based materials into electronic components, aiming to reduce greenhouse gas emissions and enhance sustainability.
Bio-Based Heat Shrink Tubing
TE Connectivity's new BIOFUSE Tubing portfolio utilizes plant-based, renewable polymers, offering durability, flame retardancy, and electrical insulation comparable to traditional materials. These products comply with global standards, including UL224 and California Proposition 65.
Environmental Impact
I'm green bio-based solutions are derived from sugarcane ethanol, a renewable resource that absorbs CO² during growth. This approach replaces fossil feedstocks, significantly lowering the carbon footprint of plastics. A Life Cycle Assessment confirms the positive climate impact of these bio-based materials.
Conclusion
TE Connectivity's commitment to innovation and sustainability is evident in their adoption of bio-based materials, contributing to a more sustainable future for electronics manufacturing. The collaboration with Braskem highlights the potential of renewable materials in reducing emissions and meeting regulatory demands.
