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

Solving Critical Plastics Adhesion Challenges with Surface Pre-treatment

17 Days left to register

Thursday Oct 3, 2019

Gain full control over bond strength when designing complex plastic parts (automotive, industrial...) by adopting the right surface pre-treatment (flaming, plasma, corona, fluorination…) & introducing adhesive bonding early in your process.

Francis Facon (R&D Consultant, Ex-Faurecia) will help you revamp your methodology for low surface energy materials (Polyolefins, PA, composites…) via practical case studies. Detailed discussion on pre-choice of adhesives, prototype testing, lap shear analysis... will also be done.

Read the full Course Outline

Presented By:
Francis Facon

Length: 90 min

Course Type: Methodology
Level: Intermediate

Next Session: Oct 3, 2019
10:00 a.m. (New York City)
4:00 p.m. (Paris)

Check your local time

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Why should you attend?

Using low surface energy materials (Polyolefins, PA…) for manufacturing automotive & industrial parts can help in lowering weight and reducing cost. But, achieving any level of adhesion to these materials is difficult at the best of times. Moreover, computer aided engineering (CAE), otherwise commonly used in part design, is not easy to do on adhesives!

Also, while designing a part, often bonding is considered as a secondary operation, which is a common mistake! Besides, looking to adhesives suppliers for solutions can only provide a short-term fix. Which is why, you need to pay attention while selecting adhesives and opting for the right surface pre-treatment to save your automotive parts from low impact resistance or design failure!

Join the course and:

  • Optimally join plastics (PE, PP, PA6, PA66…) & composites (mineral filled, fiber reinforced…) with better comprehension of adhesive bonding on low energy materials.

  • Select appropriate adhesives in advance & define your own bonding specifications with expert help rather than depending on adhesive suppliers for solutions.

  • Solve plastics adhesion issues by opting for the right pre-surface treatment (flaming, plasma, corona, fluorination…) to bond different components.

  • Improve part performance (automotive, industrial...) by revamping your part design methodology.

  • Get expert tips for troubleshooting techniques including flaming rules, cleaning, lap shear analysis and more….

Boast about your Skills- Get a participation certificate on joining the Live Online Course !

Who should attend?

This course is a must for Engineers, project leaders or specialists involved in designing & manufacturing complex parts (bonding dissimilar materials, joint designs,…) using polyolefins, polyamides or composites for automotive, transportation and general industrial applications.

Course Outline

  1. Plastics Adhesion Challenges

  2. Surface Pre-treatment Techniques to Improve Adhesion
    • Plasma
    • Corona
    • Fluorination
    • Primers

  3. Adhesives Selection Vs Polymer Use. Polymers to be discussed:
    • Polyolefins:
      • PP
      • PE
    • Polyamides:
      • PA 6
      • PA 66

  4. Troubleshooting Techniques
    • Flaming rules
    • Lap shear sample analysis
    • Cleaning

  5. Case Studies
    • PP Bumpers
    • Hatchbacks with PP skin or inner parts
    • Bonnet with PA inner part
    • Seat Components

  6. 30 Mins Q&A Session- Ask your questions directly to the expert !

About the Expert

Francis Facon (R&D Consultant, Ex-Faurecia) is an independent consultant with more than 40 years of experience in the fields of adhesives, composites and paint. He has participated in collaborative programs such as LYCOS, ASPOME, DEMOS or LIMECO. With 11 filed patents and 2 publications, Francis has also been an honorary participant in more than 18 conferences.

Have a query ? Email us for any help !

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Members Reviews

The course was very good and compliments much of the work we are doing in our labs. We learned some new things to help our development efforts.

Johnson R. , from Ashland Performance Materials

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