WEBINAR – Plastics Degradation Prevention

Proactive plastic degradation prevention is essential for ensuring product longevity and performance, as plastics are inherently susceptible to a multitude of degradation mechanisms throughout their lifecycle. From the initial compounding stages to the rigors of end-use, the inevitability of degradation poses a significant challenge. This webinar delves into the critical factors influencing plastic degradation and equips you with the knowledge to extend product lifespan through proactive prevention strategies.

A central focus will be on the vital role of material formulation, particularly the strategic incorporation of stabilizers. We will demystify the general classes of stabilizers, elucidating their mechanisms of action and their effectiveness in combating various degradation pathways. Learn how to select the appropriate stabilizer based on the specific application and anticipated environmental challenges.

Furthermore, this webinar will provide practical insights into designing for durability. We will examine design principles that minimize stress concentrations and optimize part geometry to enhance resistance to degradation. Real-world examples will illustrate how careful design considerations can significantly prolong product lifespan.

Finally, we will equip you with a comprehensive understanding of common test methods used to evaluate plastic degradation. Gain valuable knowledge of testing protocols designed to simulate harsh degradative environments, enabling you to validate product performance and ensure long-term reliability.

By the end of this presentation, you will have a better understanding of:

• Processing and material factors that can lead to degradation, including the impacts of compounding and manufacturing.
• The general classes of stabilizers used in plastic parts, their mechanisms, and selection criteria.
• Test methods commonly used to evaluate parts for degradation, enabling you to validate product performance in challenging environments.
• Design considerations that contribute to enhanced resistance to degradation.