Browse our products by application OR simply search for a product by name:

You're Invited: MUNZING Webinar on Next-Gen Additive Solutions

two beakers with date and time for Munzing webinar

 

We’re pleased to invite you to an upcoming MÜNZING webinar on Wednesday, 29 October, focused on innovative additive technologies that meet today’s evolving regulatory and sustainability demands.

 

This promises to be a relevant and insightful webinar which we hope you will join us for.

The session will feature three concise presentations (20 minutes each + 10-minute Q&A) covering:

 

Webinar Agenda:

Coatings Without Compromise: Balancing Performance and Regulation
Presenter: Michael Bilger
Explore how formulators can successfully navigate PTFE/PFAS restrictions with next-gen wax additives that deliver on performance without regulatory risks.

 

Sustainable & Safe: The Next Generation of Microplastic-Free Additives
Presenter: Tina Leyh
Discover innovative microplastic-free and renewable additives that offer both environmental benefits and excellent performance – helping reduce long-term pollution.

 

High Performance, Minimal SVHC: Siloxane-Based Additives Aligned with Modern Regulatory Demands
Presenter: Daniel Großmann
Learn how MÜNZING has reduced SVHC content in OMS-based products below regulatory thresholds through advanced reformulation—without compromising efficiency.

 

Registration is open now – and we encourage you to share the link with colleagues who may also benefit from attending.

REGISTER HERE

Share this article
You might also be interested in...
Three bottles of white powder are spread out on a table as if comparing talc to other replacement options
eye 13 Minute Read

What Can Replace Talc in Coatings? A Function-First Guide for Formulators

Talc replacement in coatings means finding a mineral, or a blend of minerals, that reproduces the specific functions talc performs in a formulation, such as barrier protection, rheology control, extension, matting, sanding or film reinforcement. Candidates include mica, micaceous iron oxide, hydrous and calcined kaolin, calcium carbonate, synthetic calcium silicate hydrates (tobermorite and xonotlite), wollastonite, nepheline syenite and feldspar. Each reproduces some of talc's functions well and others poorly.

Arrow Continue Reading...