Plasticizers Derived From Renewable Feedstock-GALATA CHEMICALS LLC Indonesia

  • Plasticizers Derived From Renewable Feedstock-GALATA CHEMICALS LLC Indonesia
  • Plasticizers Derived From Renewable Feedstock-GALATA CHEMICALS LLC Indonesia
  • Plasticizers Derived From Renewable Feedstock-GALATA CHEMICALS LLC Indonesia
  • What is Galata chemicals?
  • Galata Chemicals is a leading global producer of PVC additives, including, organotin heat stabilizers, organotin catalysts, mixed metal stabilizers, liquid phosphites, primary and secondary plasticizers, polymer modifiers, a natural wax alternative, and antistats. ©2024 Galata Chemicals. All Rights Reserved.
  • What are Galata's primary bio-based plasticizers?
  • Galata offers a series of highly efficient primary bio-based plasticizers called Drapex® Alpha.
  • What is Galata's new plasticizer?
  • According to Galata, the new plasticizer is suitable for a multitude of general-purpose and speciality applications. PVC compounds containing the new additive exhibit ‘improved extraction resistance, substantially reduced amounts of volatile organic compounds, and enhanced processability’, it says.
  • Are plasticizers based on fossil feedstocks?
  • Typically today‘s plasticizers are based on fossil feedstocks, and some of them such as specific ortho-phthalates as the most important product class of plasticizers are now subject to restrictions and authorization by the EU's REACH legislation due to their toxicological profile.
  • Can bio-based feedstocks be used for soft PVC formulations?
  • The resulting soft PVC formulations were obtained successfully as flexible and transparent foils when using both new products being accessible from bio-based feedstocks, namely the exo -plasticizer 1 as well as the endo -plasticizer 2 (Figure 3).
  • What are new plasticizer target molecules based on?
  • In detail, these new plasticizer target molecules are based on the use of the furan-derivative 2-methylfuran, maleic anhydride and 2-ethylhexanol as bio-based starting materials. The synthetic concept consists of an initial Diels-Alder reaction with 2-methylfuran and a subsequent hydrogenation and optional esterification step.

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