The Plastic Materials development course is designed to give a solid foundation on understanding polymer families, material properties, and shrink and warp characteristics.

Course Highlights:

  • Polymerization methods
  • Understanding amorphous and semi-crystalline materials
  • Molecular weight and its effect on properties
  • Drying nuances and proper measurement
  • Effect of crystallinity on material properties
  • Understanding material data sheets
  • Plastic flow characteristics
  • Understanding viscosity and its role on process and part quality
  • Videos of plastic flowing through molds
  • Various industry myths uncovered
  • Melt Flow Index versus viscosity
  • Classifications of plastic shrinkage
  • Root causes of warp
  • Strategies for predicting warp
  • Pitfalls of common part design guidelines
  • Breakout session for troubleshooting warped parts

The Plastic Materials course begins with discussions on making polymers out of monomers, followed by the importance of molecular weight to the part performance and processing. The course then dives into other topics such as drying, additives, viscosity and rheology. The discussion then leads into what makes some polymers amorphous and others semi-crystalline and how that classification impacts material properties, processing, mold design and part design. Finally the course dives deeper into understanding and recognizing volumetric versus orientation-induced shrinkage, and how each causes plastic parts to warp. Students will learn critical thought processes that help them distinguish between the various root causes of warp, followed by practical strategies for reducing warp by evaluating options in material selection, mold design, processing and part design.

 

AVAILABLE COURSE DATES

 
Date Range Price Quantity View Cart
Jul 10, 2018 - Jul 11, 2018 $1,300.00 (USD)
Dec 04, 2018 - Dec 05, 2018 $1,300.00 (USD)

 

Contact AIM to learn more

Contact Us