
How to formulate scratch and abrasion-resistant coatings using PFAS-free Calyshield™ Lubricants
- 18 min
by
Marjan Abdorahim
Current trends in the coating industry focus on delivering surfaces that combine high scratch and abrasion resistance with a smooth touch and long-lasting durability. At the same time, the phase-out of PFAS is forcing the industry to rethink traditional lubrication and slip solutions, often at the expense of the high performance previously offered by PFAS.
This webinar addresses these challenges by introducing Calyshield™, a new generation of PFAS-free encapsulated lubricants designed to provide scratch- and abrasion resistance in coatings while offering long-lasting lubrication. By encapsulating lubricants within polymeric microcapsules, Calyshield™ enables controlled release under mechanical stress, ensuring sustained and long-lasting performance.
Attendees will discover how encapsulation technology can improve surface durability, reduce friction, and preserve aesthetic properties without compromising formulation freedom or compliance with future regulations. Real application insights for coatings, including leather and textile finishes, will illustrate how Calyshield™ can be integrated into existing systems to deliver robust, next-generation surface performance.
Presented by:
Length:
18 min
Why should you attend?
In this webinar, you will learn :
- PFAS-free solutions for improvement of abrasion and scratch-resistance
- Long-lasting lubrication
- Innovative encapsulated technology enabling durable surface performance without surface migration
- Compatibility with both water-born and solvent-born formulations
Who should attend?
- Formulators
- Technical Managers
- R&D Managers
- Marketing Managers
- Brand Managers
Presenters

Marjan Abdorahim
Product Manager
Marjan Abdorahim is Product Manager at Calyxia, where she leads the technical and commercial development of sustainable microencapsulation solutions, including the Calyshield™ encapsulated lubricant technology. She holds a PhD in Physical Chemistry from ESPCI Paris, where her research focused on thermos-responsive polymers in microfluidic systems. Before joining Calyxia, she worked in technical sales and business development roles, notably in the field of polymers for diagnostic devices.
