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Webinar

Formulating with natural rheology modifiers in cosmetic products

Webinar byPrimient
Primient
  • 60 min
  • by

    Dr. Fengqiu (Fred) Fan


As natural ingredients, starch-based polymers can provide various texture attributes and functionality across personal care and cosmetics, but formulators often struggle to find an optimal solution to give their product an edge over the competition. With a rich history of expertise in developing formulation solutions using native and modified starches, Primient scientists are sharing their knowledge on incorporating starch thickeners to help optimize personal care formulations. 


 
This is an online science-based education program created to help formulators identify the ideal polysaccharide thickener solution for specific applications and products in personal care and cosmetics.
 



 

Presented by:
Length:

60 min

Why should you attend?

In this webinar, you will learn… 


 

• What challenges can starch polymers solve in personal care and cosmetic formulations compared to traditional thickeners?

• What influence do thickener properties have on sensory and aesthetics of personal care products?

• Which is the optimum Texturlux® thickener for use in formulating when a product demands high naturality and easy processability?

• How are Texturlux® thickeners incorporated into formulations?
 


 


 


 

Who should attend?

· 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.