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OCCA Weekly Webinar - "New Rheological Additive for Water-based Coatings Compared with Existing Coatings"

OCCA Weekly Webinar - "New Rheological Additive for Water-based Coatings Compared with Existing Coatings"
Harold Faber of Faber&VanderEnde will present "New Rheological Additive for Water-based Coatings Compared with Existing Coatings"

Register Now to Attend

Venue: Webinar

Date: Wednesday 24th March 2021

Time: 14:30 – 15:30

Our Winter 20/21 Series of OCCA Weekly Webinars continues with "New Rheological Additive for Water-based Coatings Compared with Existing Coatings" presented by Harold Faber of Faber&VanderEnde.

This webinar is free to attend, simply register below and you'll receive further details & joining instructions in due course.

Abstract:

In this presentation, the theories and mechanisms of thickening formulations, as well as the causes of thixotropic and pseudoplastic behaviour, will be discussed. A review of the commonly used rheological agents in today's market will consider clay materials (for example, magnesium aluminium silicate, attapulgite, bentonite, hectorite and sepiolite) and organic thickening agents (for example, cellulose ethers and acrylic thickeners) - their strong and weak points

Speaker Profile - Harold Faber

Faber&VanderEnde

Harold Faber (1959) has a B.Sc. in Chemistry. 
His graduation project was the development of an amide based thickener for solvent born coatings at elevated temperatures. 
He started his career in R&D at PPG coatings in the Netherlands and worked on following projects; 
• Development of a polyester binder for flexible substrates 
• Development of a MIG-weldable shopprimer 
• Development of epoxy resin based tank coatings 

He later worked many years as distributor for several manufacturers of resins and thickeners. 
He founded Faber&VanderEnde BV in the year 2000. 
Faber&VanderEnde is a fast growing company that represents several manufacturers of specialty minerals, additives and binders for the European market. 
The company is focussed on materials that effect the rheological properties of materials. 

Register Now to Attend

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