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

The Characterization of Waterborne Adhesives

On-Demand Course

Recorded on May 28, 2015

Accelerate your waterborne adhesives developments by better characterizing polymers and adhesive formulations using common parameters (Tg, molecular weight…).


David Horwat will discuss how to link results of simple laboratory characterization methods to fundamental structure / property relationships within the formulation.

Read the full Course Outline

David Howart Presented By:
David Horwat

Length: 90 min

Course Type: Formulation
Level: Intermediate

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Package includes:

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

Why should you view this course?

Waterborne adhesive formulators experience increased pressure to tailor their products faster & at lower cost in order to meet their customers very specific end-use requirements. This productivity gain cannot be achieved without reviewing development process & using your lab material at its full potential... Join this course and you will:

  1. Speed your WB adhesives developments with a smarter use of physical variables (glass transition temperature Tg...)
  2. Use YOUR simple laboratory material at its full ability to predict tack level, high shear potential...
  3. Get advice on your own technical challenges by interacting live with a season formulator (nearly 40 year experience)
Characterization Waterborne Adhesive Glass Transition Molecular Weight Performance

Who should view this course?

Intermediate to skilled WB adhesive formulators

Course Outline

The The following sections will be covered during this session:
  1. The three regions of Adhesive to be Characterized

  2. The 3 key variables:

    • The Polymer phase
      • The monomers and their ratios
      • The polymer Tg
      • The polymer molecular weight with additives / functionality
    • The Aqueous phase
      • The aqueous solids and viscosity
      • The molecular weight of the aqueous phase
    • The Particle distribution
      • Particle / particle interactions
        • Critical Packing Factor - Cpf
        • Mean Particle Size - Xn
•The Polymer Phase
-The Monomers and their ratios
-The Polymer Tg
-The Polymer Molecular Weight with additives / functionality
-
•The Aqueous Phase
-The Aqueous Solids and Viscosity
-The Molecular Weight of the Aqueous Phase
-
•The Particle Distribution
Particle / Particle Interactions
• Critical Packing Factor -Cpf
• Mean Particle Size - Xn
•The Polymer Phase
-The Monomers and their ratios
-The Polymer Tg
-The Polymer Molecular Weight with additives / functionality
-
•The Aqueous Phase
-The Aqueous Solids and Viscosity
-The Molecular Weight of the Aqueous Phase
-
•The Particle Distribution
Particle / Particle Interactions
• Critical Packing Factor -Cpf
• Mean Particle Size - Xn
•The Polymer Phase
-The Monomers and their ratios
-The Polymer Tg
-The Polymer Molecular Weight with additives / functionality
-
•The Aqueous Phase
-The Aqueous Solids and Viscosity
-The Molecular Weight of the Aqueous Phase
-
•The Particle Distribution
Particle / Particle Interactions
• Critical Packing Factor -Cpf
• Mean Particle Size - Xn

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