Presented by Covestro
September 23, 2026 at 8:00 a.m. EDT
This webinar explores how advanced materials are accelerating humanoid robots from prototype to mass production, focusing on three key areas:
Industry Trends & Market Drivers: In-depth examination of the critical drivers propelling humanoid robots from the "technology validation phase" to the "large-scale commercialization phase." Combined with scenarios in manufacturing, services, and consumer electronics, gain insights into materials' core role in lightweight design, safety, thermal management, and optical sensing upgrades.
Robot-Specific Material Solutions: Introduction to Covestro's solutions for critical components including shells and frames, sensor covers, battery systems, and heat dissipation structures. Featured materials include Bayblend® flame retardant materials, Makrolon® TC thermally conductive materials, and Apec® XT copolymers, helping customers enhance strength, impact resistance, flame retardancy, and thermal management performance.
Full-Process Support for Product Development: Demonstration of Covestro's end-to-end technical services—from material selection, structural design, and CMF (Color, Material, Finish) customization to simulation validation and processing optimization. This comprehensive support helps attendees address pain points such as design implementation challenges, unstable heat dissipation, and insufficient reliability, accelerating robots from concept to mass production.
Presenters
Bruce Feng
Marketing Manager, Engineering Plastics
Covestro
With 30 years in the engineering plastics industry, spanning roles from sales to marketing and product to application development, and covering everything from commodity plastics to engineering plastics and specialty compounds, I look forward to embracing new opportunities in the robotics sector together with you.
Guoxin Jiang
Tech- Marketing Manager, Engineering Plastics
Covestro
With 15 years in engineering plastics, from technology to market, from automotive to electronics applications, involving in various fields such as low-carbon materials, automotive LED, consumer electronics thin-wall flame retardancy, outdoor low-temperature flame-retardant impact resistance, PFAS replacement etc. Robotics is a X-discipline subject, calling for breakthroughs on many aspects . I'm very grateful to be able to join everyone from the perspective of engineering materials.
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