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Plastic Energy

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TACFILLER Fine ground

TACFILLER Fine ground by Plastic Energy is a recycled and reinforcing rubber filler. It can substitute a portion of carbon black in rubber compounds. It is derived from 100% post-consumer flexible-film waste plastic. It demonstrates improved strengthening properties compared to CaCO<sub>3</sub> and stable performance with consistent properties pre- and post-aging. <br> <ul style="padding-left: 40px;"><li>It has a much lower carbon footprint and lower cost base than carbon black. </li> <li>It improves carbon intensity and cost savings, without compromising technical performance. </li> <li>TACFILLER Fine ground offers a potential lightweighting opportunity for automotive and aerospace applications. </li> <li>It is ISCC Plus Sustainable certified. </li></ul>
  • Sustainable option

TACFILLER Coarse ground

TACFILLER Coarse ground by Plastic Energy is a recycled filler that provides reinforcing properties in rubber formulations and can substitute a portion of carbon black in rubber compounds. It is derived from 100% post-consumer flexible-film waste plastic. It demonstrates improved strengthening properties compared to CaCO<sub>3</sub> and stable performance with consistent properties pre- and post-aging. <br> <ul style="padding-left: 40px;"><li>It improves carbon intensity and cost savings, without compromising technical performance. </li> <li>It has a lower cost base and much lower carbon footprint than carbon black. </li> <li>It offers a potential lightweighting opportunity for automotive and aerospace applications. </li> <li>TACFILLER Coarse ground is ISCC Plus Sustainable certified. </li></ul>
  • Sustainable option

TACFILLER Medium ground

TACFILLER Medium ground by Plastic Energy is a filler derived from 100% post-consumer flexible-film waste plastic. It provides reinforcing properties in rubber formulations and can substitute a portion of carbon black in rubber compounds. It demonstrates improved strengthening properties compared to CaCO<sub>3</sub> and stable performance with consistent properties pre- and post-aging. <br> <ul style="padding-left: 40px;"><li>It improves carbon intensity and cost savings, without compromising technical performance. </li> <li>It has a much lower carbon footprint and lower cost base than carbon black. </li> <li>TACFILLER Medium ground offers a potential lightweighting opportunity for automotive and aerospace applications. </li> <li>It is ISCC Plus Sustainable certified. </li></ul>
  • Sustainable option

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