Fundamentals in Cosmetics Formulations using Starch as Ingredients
Webinar
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Fundamentals in Cosmetics Formulations using Starch as Ingredients

Webinar byPrimient
Primient
  • 33 min
  • Jun 2, 2021

    - 05:00 PM (Paris)
  • by

    Dr. Fengqiu (Fred) Fan

As natural ingredients, starches have incredibly diverse functionality and application across personal care and cosmetics. However, many formulators often struggle to find the optimal solution to give their product an edge over the competition. With a rich history of starch expertise in developing formulation solutions with starches, Tate & Lyle scientists are sharing their expertise in incorporating starches to help optimize your formulation.

This is an online science-based starch education webinar — created to help formulators select the ideal starch solution for specific applications and products in personal care and cosmetics.


Missed the live event? Register for this webinar and watch the recording now.


Presented by:
Length:

33 min

When:

Jun 2, 2021

11:00 AM (New York City Time)

05:00 PM (Paris Time)

08:30 PM (New Delhi Time)

Why should you attend?

In this webinar you will learn:
  • Overview of starch technology
  • Functionality of starches in cosmetics
  • Cosmetic formulation challenges
  • Applications for starch in cosmetics
  • Advice on criteria to help you select the right starch
  • Introduction to Tate & Lyle support tools

Who should attend?

  • Cosmetics Formulators
  • Marketing Managers
  • Brand Managers
  • R&D Managers
  • Technical Managers

Presenters

Fengqiu (Fred) Fan

Dr. Fengqiu (Fred) Fan

Application Development Specialist

Since 2017, Dr. Fengqiu (Fred) Fan has been involved in polysaccharide based ingredients development and application development at Tate and Lyle. His research and professional career covers materials development of biodegradable polymers, silicone, fluoridated polymers and polysaccharide that are applied in drug delivery, cosmetics, electronics, automotive and other industry areas.

Dr. Fan holds more than 20 patents and peer reviewed publications and received his PhD in Material Chemistry from Tohoku University.