The material selection platform
Adhesives Ingredients
The material selection platform
Adhesives Ingredients
Online Course

Solving Film Defects Faster (Part 1)

This is a Past Course

Recorded on Sep 27, 2017

Solve faster any of your paint defects (craters, pinholes, orange peel...) and learn to prevent them using smart science (less unfocussed trials). 

Jochum Beetsma will help you analyze the root causes of film defects (pigment mobility, solvent separation, gradients in surface tension...) and share practical solutions for each case (more thinking, less trials).

Add Part 1 & 2 in your cart and get a 10% discount
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Read the full Course Outline

Jochum Beetsma Presented By:
Jochum Beetsma
Length: 90 min

Course Type: Formulation
Level: Advanced

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Package includes:

.wmv Courses Recording, Presentation Slides & Transcript of Q&A session

Why should you view this course?

Cratering, pinholing, crawling, floating… With a trial and error method, any paint coating defects has the power to waste your time! Take cratering and crawling: they look alike but do not call for the same solution! Join this course and:

  1. Resolve your film defects faster by identifying correctly the one you have to solve (cratering, pinholing, crawling, floating...) & its root causes

  2. Learn to prevent film coating problems by well applying physical chemistry principles (Gibbs energy, surface tension...)

  3. Develop simpler, more cost-effective formulations by avoiding the multiplication of unnecessary additives in your paint or ink system
Solving Film Defect

Who should view this course?

Coatings and Inks formulators / developers with a need to solve & prevent film coating defects faster by better applying science behind film defects.

Course Outline

The following sections will be covered during part 1 & part 2 sessions.

Add Part 2 in your cart and get a 10% discount on your combined purchase !
Use code:
COMBO594 to avail this limited offer ! ← 

  1. Basic Physical Chemistry behind the Paint Defects:
    Part 1:
    • Gibbs energy
    • Surface tension
    • Wetting
    • Capillary pressure

    • Surface tension
    • Wetting
    • Surface Tension Gradient Driven Flow

  2. Film Coating Defects: Characterization, Root causes & Solutions
    Part 1:
    • Surface Tension Gradient Driven Flow
    • Levelling
    • Crawling
    • Paint Cratering
    • Orange peel paint defect

    • Floating
    • Hammer finish
    • Flooding
    • Picture framing
    • Poor edge coverage
    • Pinholes in paint
    • Popping
    • Foam
    • Stresses

  3. Exercises with Real Life Case (to be answered in Part 2)
    • Marangoni Effect
    • Wetting Agent in Water-based Paint
    • Coating of Plastics
    • Orange Peel in Powder Coating
    • Matt Coatings
    • Matt 2-Component paint
    • Anti-Corrosive Primer for Steel
    • Loss of Adhesion

  • Each part will contain 30mins Q&A session- Ask your questions directly from the expert!
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    Members Reviews

    Very good fundamental understanding of chemistry behind film defects. Appropriate level in general with a good balance of practical and fundamental understanding.

    Tryg J. , from Carestream

    Excellent course! It gives a real understanding of the causes of the defects.

    Francis M. , from SEPAD

    It was good to see, how simple physical phenomena interact and how gradients are formed even with a homogeneous applied film

    Bernd W. , from Rhein-Chemotechnik

    This very good course covered fundamental concepts given during previous courses, but done so with more hands-on practical examples of how those concepts relate to defects.

    Roger K. , from Eastman Kodak

    Excellent technical content!

    Patrick Y. , from Cabot Corporation

    Good explanation of the physico-chemical phenomenas of different film defects.

    Joel R. , from Folien Fischer AG

    Jochum Beetsma gave very good link between defects and physical chemistry

    Subrahmanya S. , from Asian Paints Ltd.

    This course connects experimental results and observations with the underlying physical science and principles governing coating defects. This is the best discussion of surface energy and surface wetting/dewetting that I have heard.

    Chad K. , from Lexmark International

    The course helped improve my understanding of the cause of coating defects, and has equiped me with the tools to analyse and resolve these problems.

    Christopher J. , from International Paint/Akzonobel

    I gained a better understanding of "cratering" vs "orange peel" I am looking forward to Part 2, to determine the difference between cratering vs. pinholes. and the difference between "hammer finish" vs. "orange peel".

    Gerry G. , from Albany International

    Gave a good insight into some relevant surface issues we are currently having.

    Ian M. , from Verdex Ltd.

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