"ESTOTHEQUE"

u003cpu003eu003cspanu003eu003cstrongu003eu003c/strongu003eu003c/spanu003eu003c/pu003enu003ch3u003eSummaryu003c/h3u003enu003cpu003eu0026nbsp;u003c/pu003enu003cpu003eThe u003cstrongu003eESTOTHEQUEu003c/strongu003e project aims to advance developments related to the range of bio-based estolide-type oligomers.u003c/pu003enu003cpu003eThese polymers, derived from castor oil, are highly adaptable to meet a variety of specifications. Existing estolides already have terminal alcohol and acid groups, but other functionalities remain in the R&D phase and require process optimization as well as application evaluations.

u003cpu003eA new range,u003ca href=u0022https://iterg.com/estolight-un-concentre-dinnovation-pour-vos-formulations/u0022u003eu003cspan style=u0022text-decoration: underline;u0022u003e u003cstrongu003eEstoLightu003c/strongu003eu003c/spanu003eu003c/au003e, has been created for the cosmetics industry.u003c/pu003enu003cpu003eITERG aims to further these developments by exploring approaches that combine polymers and amphiphilicity to identify the best functionalities and conditions of use.u003cbr /u003eEnvisaged applications include roles as an emulsifier, dispersing agents, and texture modifiers.u003c/pu003enu003cpu003eu003cstrongu003eThe projectu003c/strongu003e u003cstrongu003einvolves systematic evaluations, performance mapping, and the creation of product prototypes to demonstrate functional properties.u003c/strongu003eu003c/pu003enu003cpu003eu003cstrongu003eu003c/strongu003eu003c/pu003enu003cpu003eu003cstrongu003eContact: u003c/strongu003eu003cspan style="text-decoration: underline;"u003eu003ca href="mailto:g.chollet@iterg.comu0022u003eg.chollet@iterg.comu003c/au003eu003c/spanu003eu003c/pu003enu003culu003enu003cli style=u0022list-style-type: none;u0022u003enu003culu003eu003c/ulu003enu003c/liu003enu003c/ulu003enu003cpu003eu0026nbsp;u003c/pu003e