June 20–22, 2025
Hangzhou International Expo Center
Booth No.: 5C040

From June 20 to 22, 2025, the Hangzhou International Humanoid Robotics & Technology Expo will be held grandly at the Hangzhou International Expo Center. Centered around the theme “Empowering New Industrialization with Humanoid Robots,” the exhibition will showcase cutting-edge achievements across the entire humanoid robotics value chain—including corecomponents, complete machine manufacturing, and system integration.

Junhua High Performance Plastics Co., Ltd. will be present at Booth 5C040, featuring a comprehensive range of PEEK raw materials, semi-finished stock shapes, and key humanoid robotcomponents. We look forward to sharing innovative material solutions with professionals across the robotics industry.

Why PEEK for Humanoid Robots?

PEEK (Polyether Ether Ketone) offers exceptional performance for robotics applications. With ultra-high strength, excellent wear resistance, and a density of only 1.3—far lower than traditional metals—PEEK enables the development of lightweightgearsand bearings that match or exceed the load-bearing capabilities of their metal counterparts.

This makes PEEK an ideal material for robotic joints, where it can withstand high-frequency reciprocating motion and impact loads. The result: significant weight reduction, lower rotational inertia, faster movement response, and improved energy efficiency—all key factors in the next generation of humanoid robots.

Your Reliable Partner in High-Performance PEEK Solutions

As a specialized supplier of PEEK materials, Junhua offers fullindustrialchain capabilities, from material selection to final component manufacturing. Our experienced technical team provides end-to-end support, including:

We are committed to delivering professional, application-driven PEEK solutions tailored to your needs—ensuring optimal performance for every component.

We warmly welcome all industry peers to visit us at Booth 5C040 for in-depth discussions and collaboration. Let’s explore the future of humanoid robotics together through advanced materials innovation.