Debonding by Design: Unlocking Sustainable Assembly with Reversible Adhesives
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Event Details
Overview:
In this seminar we will cover the basics of how on-demand release chemistries work, see practical examples from electronics, automotive, and textiles, and review the environmental and cost benefits that come from easier recycling and lower waste. We will also walk through an example using unique Diels-Alder chemistry for extending the window for reverisble chemistries.
Learning Objectives
- Explain the fundamental principles behind debondable adhesive strategies
- Identify various applications of debondable adhesives in different industries, such as electronics, automotive, and textiles
- Evaluate the environmental and economic advantages of using debondable adhesives, including their role in promoting sustainability through easier recycling and reduced waste
- Understand key evaluation criteria through a case study in reverisble chemistry
Agenda
- Introduction
- Applications/market drivers
- Technology strategies
- Reversible Chemistry example
Who Should Attend:
This is an ideal webinar for R&D Chemists, Scientists, Technology managers in the B&C and Transportation markets. Professionals in manufacturing, process engineering, technical service and applications will find the webinar insightful andlearn about the ne developments in the debondable adhesives in the assembly.
SPEAKER
Kristoffer Stokes - Geisys Ventures
Kristoffer Stokes is Principal Scientist and Materials Science Expert at Geisys Ventures. He has over 20 years of experience in R&D management and materials science technology development, and a PhD in Chemistry from MIT. In his current role, he helps companies across various industries to align their technology with their business goals, optimize their R&D processes, and develop innovative products.
Kris’ expertise revolves around polymer science and associated applications, such as polymer synthesis and properties, polymer processing, textiles, wearable electronics, interfaces, surfactants, battery separators, membranes, nanomaterials, and surface modification. He has over 35 granted patents in polymers and plastics applications and has worked with companies ranging from early-stage startups to multinational corporations, such as Cabot Corporation and Bemis Associates, where he led teams and contributed to several high-value projects in the fields of textiles, apparel, and plastics manufacturing. He is also actively involved in the scientific community and academia, serving as a scientific advisor, a lecturer, and a board member at various institutions. Kris is passionate about solving complex technical problems and delivering customer-oriented solutions.