Online Course
Polymer Molecular Weight Evaluation: Key to Failure Investigation
Steer clear of pitfalls leading to immediate or later failure by learning howmolecular weight determinations are part of failure investigation of polymeric materials!Apparently 25% of Plastic Fail issues are related to Molecular Weight Evaluation!
Learn through real-life examples from Jeffery A. Janson who has performed over 5,000 investigations:
- Why you should change your starting point: How instead of focusing on polymer properties first, your focus on MW evaluation will help you avoid facing failure later.
- How to systemically evaluate MW through different techniques (GPC, GPC, MFR…)
Read the full Course Outline
Excellent course! It provides insight on other ways to look at failures in plastic components, it provided valuable information from a chemical perspective of analysis.
Joseph Grant - Hologic
Excellent course content! Good coverage of topic and practical summary.
Kristi Narang - Sabic
Presented By:
Jeffrey A. Jansen
Length:90 min
Course Type:Methodology
Level:Beginner
Add On-Demand Course to your Cart
Package includes:
.wmv Courses Recording, Presentation Slides & Transcript of Q&A session
Why should you view this course?
Time to stop overlooking Mw and ending up hiring costly expert while the solution may be obvious! Relying merely on melt flow indication listed on TDS for material selection or directly considering material properties often leads to missing important factors! Like how Mw can vary during polymerization of the material itself leading to variation in Mw distribution or, after molding leading to degradation. These can lead to immediate or later failure!
Join this course to:
- Go beyond technical data sheets and analyze Mw forbetter material selection.
- Understand the criticality of Mw on the molding processand performance of the plastics parts over time.
- Enhance your plastics part-design by understandingwhere MW can be alteredduring life cycle of the polymer.
- Learn techniques & principles to test Mw by choosing theright measurement method(GPC, IV, MFR…)
Get a participation certificate on joining the Live Online Course!
Who should view this course?
- R&D formulators, Material scientists, Quality control professionals, resin manufacturers, compounderswho have already faced failure issues or those who are looking to secure their production/avoid failure.
- OEMs and molderswho have incoming inspection to verify molded part specifications.
- Markets where failure is not an option:aerospace, transport, electronics, medical.
Course Outline
- Polymerization for Plastics
a. Plastic Properties
b. Types of Polymerization
- Molecular Weight and Its relationship with Plastics
a. Result of increase in Molecular Weight
b. Effects of Mw on different polymers and their properties
- Molecular Weight Distribution
a. Criticality of Mw on the Molding Process.
b. Impact and Performance of Plastic Parts.
- Molecular Degradation
a. Different types of Molecular Degradation
b. Understanding degradation at different levels
c. Effects of Molecular Degradation on Polymers
- Molecular Weight Measurement - Techniques and their Principal
a. Knowing different Mw measurement methods i.e. GPC, IV, and MFR
b. Understanding the application of each method
c. Advantages and disadvantages upon application
- Complementary Methods for Assessing Molecular Degradation
a. Overview of other methods for assessing molecular degradation
b. Methodologies discussed: Visual, SEM, Cross-Section, FTIR, and DSC.
- Case Studies(for failure Analysis)
- 30 mins Q&A- Interact live/ask questions directly from the expert!
Have a query?
Email usfor any help!
Members Reviews
Excellent course! It provides insight on other ways to look at failures in plastic components, it provided valuable information from a chemical perspective of analysis.
Joseph Grant , from Hologic
Excellent course content! Good coverage of topic and practical summary.
Kristi Narang , from Sabic
Courses You May Also Like :
Best Combine DMA, DSC, FTIR... for Optimal Material Analysis
Understanding Structure-Property Relationship for Effective Polymer Selection
Polyamide Selection in Demanding Applications: How to Avoid Premature Part Failure
Creep Failure: Prediction and Prevention Strategies
Plastics Failure Analysis in Practice
Reducing Environmental Stress Cracking in Plastic Parts
DSC Practical Interpretation with Examples for Polymer Development
Rubber vs TPE: When to Select What?
Plastics Failure: Predict & Prevent from Start
FTIR Made Easy for Better Identification of Plastics
Chemical Recycling of Plastic Waste: Basis, Technologies & Advances
Surfactants Selection for Polymer Processing
Rigid PVC: How to Maximize Performance to Cost Ratio
How to Solve Lubrication Issues in Polymeric Systems Faster?
Developing Nanocomposites for Today’s Markets: Do’s & Don’ts
Recycled Plastics & Circular Economy: Turning Challenges into Opportunities
Plastic Recycling Innovation: Materials, Technologies, Applications Update
3 d打印树脂:2021更新发展Opportunities
DMA Practical Interpretation with Case studies for Polymer Development
PSA Testing: Standard Tests When There Is No Standard
Best Combine DMA, DSC, FTIR... for Optimal Material Analysis
Understanding Structure-Property Relationship for Effective Polymer Selection
Polyamide Selection in Demanding Applications: How to Avoid Premature Part Failure
Creep Failure: Prediction and Prevention Strategies
Plastics Failure Analysis in Practice
Reducing Environmental Stress Cracking in Plastic Parts
DSC Practical Interpretation with Examples for Polymer Development
Rubber vs TPE: When to Select What?
Plastics Failure: Predict & Prevent from Start
FTIR Made Easy for Better Identification of Plastics
Chemical Recycling of Plastic Waste: Basis, Technologies & Advances
Surfactants Selection for Polymer Processing
Rigid PVC: How to Maximize Performance to Cost Ratio
How to Solve Lubrication Issues in Polymeric Systems Faster?
Developing Nanocomposites for Today’s Markets: Do’s & Don’ts
Recycled Plastics & Circular Economy: Turning Challenges into Opportunities
Plastic Recycling Innovation: Materials, Technologies, Applications Update
3 d打印树脂:2021更新发展Opportunities
DMA Practical Interpretation with Case studies for Polymer Development
PSA Testing: Standard Tests When There Is No Standard