Join our expert Muhammad Aslam, Lead Application development Engineer for an in-depth session to discover how siloxane chemistry is advancing non-halogenated flame retardancy by combining fire performance with thermos-mechanical stability and long-term durability for EV, Electrical & Electronics and mass transportation applications.
Wednesday, 18 November 2026
11 AM ESTSeats are limited. Secure your spot today!
Explore our innovative Polymer Additive solutions for Engineering Thermoplastic Materials like Polycarbonate and Polyamides etc.
Learn how our Specialty Siloxane Chemistries enable UL94 V0 flame performance while maintaining or even enhancing application critical properties.
Discover how our additives enable non-halogen flame-retardant formulations to achieve sustainability goals and regulatory compliance while maintaining other properties.
Gain practical formulation knowledge, application guidance, and best practices to help optimize Flammability performance in Thermoplastics.
Muhammad Aslam is the Lead Application Development Engineer at Momentive Performance Materials in Germany, a position he has held since 2017. He plays a key role in Application Development and Technical Marketing for the Polymer Additives business across Europe, with a strong focus on developing and launching innovative solutions based on silicone, silane, and siloxane technologies for thermoplastics and composites. In his role, Muhammad leads new product development initiatives and drives the adoption of advanced technologies to support market expansion and customer-specific solutions. He collaborates closely with cross-functional teams and global customers to bring new, high-performance additive technologies to market, ensuring they meet evolving industry needs. Muhammad holds a Master’s degree (M.Sc.) in Polymer Technology from the University of Aalen, Germany, and has been active in the European polymer industry since 2005. His key areas of expertise include engineering thermoplastics, specialty additives, recycling, and sustainable materials innovation.