Formulation Material Selection

Polyolefin Blends and Composites Optimization

Polyolefin Blends and Composites Optimization
Language: English
Length: 90 min
Recorded on: 18 Feb 14

Package Includes

6 months access to Course Recording, Presentation Slides, Q&A Transcript

Course Description

Reach higher performance & lower failure rate with your polyolefin alloys, blends & composites by getting practical support to optimize phases compatibilization.

Develop innovative materials (incl. biopolymers, recycled materials…) for various applications (automotive, building, wire…) by benefiting from Ashok Adur’s 35-year experience.

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Ashok Adur
Ashok Adur
Everest International Consulting (LLC)
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Dr. Ashok M. Adur has been active in the polymer industry for over 35 years – both in the technology and the commercial sides of the industry. He has B.Sc. (Hons.) and M.Sc. in Chemistry degrees from The University of Bombay, India and a Ph.D. from Polymer Science and Engineering inter-departmental program at the University of Tennessee and an Executive Entrepreneurship from the Darden School of Business at the University of Virginia.
He was employed as Research Scientist at Chemplex Co.(now part of Lyondell- Basell), as Project Leader at Air Products & Chemicals, as Development Manager and later General Manager, Polybond Products at BP Chemicals, as Manager, Applied Polymer Science at International Paper, Senior VP & Chief Technical Officer at FiberTech Polymers, as Technology Leader at PolyOne and as Innovations Director at Crane Plastics.
His experience includes innovation, R&D, business development & marketing, development and positioning and introduction of products. His expertise is in polymer, plastics & rubber technology including polyolefins, nylons & engineering plastics, adhesion, tie-layers, films molding & other processes, polymer compounding, reinforced & filled thermoplastics, polymer alloy compatibilization, wood & cellulose fiber plastic composites, reactive extrusion & grafting, TPEs & TPVs, wire & cable compounds, and barrier materials.
Dr. Adur has published 13 papers in professional journals and presented over 40 papers at regional national & international professional conferences. Throughout his industrial career, Dr. Adur has been successful as an innovator having filed over 65 patent applications resulting in over $1 billion in new annual sales.
Currently, Dr. Adur is an independent consultant and sole proprietor of Everest International Consulting (LLC) providing innovative & disruptive solutions and improving bottom line results by developing high margin value-added products to customers in different markets; customer-focused resourceful problem-solver with expertise in plastics, polymers, composites, compounding, packaging & specialty products. He is results-driven with demonstrated ability to profitably position corporations in today’s volatile markets via superior strategic product development, product positioning & introduction of new products, cost optimization, persuasive contract negotiations and optimizing the right intellectual strategy.

Why should you view this course?

In comparison to other polymer blends, polyolefin blends have distinct advantages of lower density, lower cost, processing ease, and good combination of chemical, physical, and mechanical properties.

  1. Solve faster problems like phase separation, surging... by knowing how to easily adjust formulation & processing parameters.

  2. Develop cheaper, greener, lighter functionalized polyolefins while avoiding failure in end-products thanks to a stronger approach to interfacial bonding.

  3. Be competitive on high-value markets by achieving high stiffness to weight ratio, moisture resistance, improved barrier properties…

Who should join this course?
  • R&D people at Polyolefin producers, Compounders & Converters needing practical support to reinforce their compatibilization strategies.

  • This course is suitable for advanced level proficiency
    Advanced
Course Outline

The following will be covered during this session:

Introduction to Polyolefin-based alloys, blends, and composites

  • Miscibility and Characteristics of Polyolefin Blends (fundamental concepts)
  • Why compatibilization is needed and what benefits can be obtained

Typical Issues in compounding polyolefin-based alloys, blends, and composites

  • Poor mechanical properties in end-use
  • High failure rate, etc.

How to increase and optimize the compatibilization of polyolefin-based alloys, blends, and composites

  • Specific Methodologies & Techniques
  • Polyolefin-polyolefin combinations like polyethylene with polypropylene
  • Combinations of Polyolefin with Non-Polyolefins like PVC, Polyester, Polyamides, Mineral Fillers, Flame Retardants, Glass Fiber, Beads & Matting, Wood & Cellulose Fibers
  • Types of compounding equipment suitable for various combinations

Developing superior polyolefin-based alloys, blends, and composites for applications in diverse industries
(Case studies with detailed sets of mechanical and thermal property improvements)

  • Automotive parts from composites of polyolefin with glass fiber & matting
  • Polyolefin-PA alloys for agricultural bottles and exterior automotive parts
  • Building material applications with polyolefin-wood & cellulose fiber composites
  • Polyolefin-mineral FR Composites used in wire & cable

New Developments in compatibilized polyolefin-based alloys, blends, and composites

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Polyolefin Blends and Composites Optimization
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