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Webinar

PANGEL® W series: Rheological Additives based on natural & activated phyllosilicates for aqueous systems

Webinar byTolsa
Tolsa
  • 25 min
  • by

    Veronica Carcelen

Watch Tolsa's webinar to explore the latest product series under the PANGEL® W brand. Dive into a world of innovative rheological additives, utilizing natural and activated phyllosilicates such as smectites and sepiolites. 


 

Discover how these additives enhance waterborne systems, aqueous construction chemical formulations, and mineral pre-mix mortars, creating thixotropic flow behavior. Learn how PANGEL® W empowers formulators to customize solutions, ensuring optimal anti-sagging properties, excellent processing capabilities, prolonged open time, and enhanced workability in construction systems. 


 

 

 

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


 

Presented by:
Length:

25 min

Why should you attend?

In this webinar you will...

  • Explore PANGEL® W's innovative natural additives for superior rheological control.
  • Learn how to customize properties like anti-sagging and workability for ideal construction systems.
  • Stay ahead by gaining insights into the latest advancements in rheological additives and construction materials.

Who should attend?

  • Formulators
  • Marketing Managers
  • Brand Managers
  • R&D Managers
  • Technical Managers
  • Product development
  • Technical people


 

Presenters

Dr Vernica Carceln

Veronica Carcelen

Industrial Additives Product Development Manager

Doctor in Applied Physics from the University Autónoma of Madrid, boasts a diverse career in materials research spanning from her doctoral research to roles involving basic research, technological developments, and sales. Since 2016, she has excelled at Tolsa, initially as New Business Manager in the R&D department, later becoming the Product Development Manager for Industrial Additives in 2020. In this role, she oversees the development and technical assistance for industrial applications, including water treatment, animal feed, paints, and construction. Her multidisciplinary expertise merges physics and materials knowledge, enabling her to adapt to diverse sectors effectively.