Session Details
Thursday, May 9, 2024, 2:00 PM
Summary:
Enhancing product safety and durability through the use of antimicrobial technology is a significant advancement in all industries. This seminar will provide a comprehensive understanding of the benefits, applications, and usage of antimicrobial technology in TPEs. Avient's TPEs with antimicrobial technology offer a proven solution to inhibit bacterial and fungal growth, extending product life and maintaining aesthetic appeal.
Who should attend:
Product Developers, Material Engineers, Quality Assurance Managers, Marketing Managers, Industrial Designers, and Regulatory Specialists in the Healthcare, Consumer Goods, Building & Construction, and Automotive Industries.
What you will learn:
Thermoplastic elastomers (TPEs) with antimicrobial technology are ideally suited for high-touch applications where hygiene is paramount. This seminar will offer insights into the advantages of TPEs with embedded antimicrobial additives. These materials can inhibit bacterial growth by 99.9% or more and resist fungal growth. Attendees will gain insights into using these materials to preserve surface integrity and increase product durability.
- Introduction to TPEs with Antimicrobial Technology:
- Explore the basics of microbes and the role antimicrobial additives can have in protecting end products.
- Comparison of different antimicrobial technologies available and different characteristic considerations when selecting for a formulation.
- Benefits and Applications:
- Highlight the impact and advantages of antimicrobial technology for TPEs.
- Discuss various applications for high-touch surfaces.
- Regulatory Considerations:
- Review the key regulations and standards governing the use of antimicrobials with TPEs.
- Examine the importance of material compliance in product development and marketing.
- Performance and Processing Challenges:
- Address common challenges when incorporating antimicrobial additives into TPEs, such as maintaining material properties and ensuring uniform distribution.
- Case Studies and Success Stories:
- Present real-world examples of products successfuly integrating antimicrobials into their material formulation.
How Avient can help:
Below are strategies that manufacturers can use to overcome the challenges of incorporating TPEs with antimicrobial technology and where Avient solutions can help:
- Material Formulation: Selecting the right antimicrobial additives and formulations to achieve desired performance and safety standards.
- GLS™ TPEs from Avient can be embedded with antimicrobial additives, with 99.9% or more inhibition of bacterial growth and resistance to fungal growth.
- Cesa™ WithStand™ Antimicrobial Additives can eliminate or inhibit microbe growth and protect against microbial degradation, mold, and mildew.
- Regulatory Support: Navigating the complex regulatory landscape for antimicrobial products to ensure compliance with industry standards and certifications.
- Avient can provide guidance on regulatory requirements and support material compliance for healthcare and consumer products.
- Product Development: Tailoring antimicrobial solutions to specific application needs.
- Avient solutions include masterbatch additives and pre-compounded TPEs with embedded antimicrobial additives, as well as application development assistance for designing products that meet performance and safety goals.
- Market Differentiation: Antimicrobials in polymers can enhance product value by improving hygiene and longevity.
- Avient TPEs with antimicrobial technology allow manufacturers to create differentiated products that meet consumer demands for hygiene and durability.
Speaker Details
William joined Avient (formerly GLS) in 2003 in a development position. He has since held various roles throughout his 20+ year tenure at Avient, including international assignments in Suzhou, China, and São Paulo, Brazil. William is a certified Master Black Belt through Avient’s Lean Six Sigma program. He worked for several years as a product manager for the thermoplastic elastomer (TPE) division before accepting his current leadership role in SEM technology.
William has a bachelor’s degree in biology from Carthage College.