东北证券：机器人驱动PEEK材料需求爆发 PEEK国产替代进程加速

Core Viewpoint - PEEK (Polyether Ether Ketone) is recognized as a third-generation high-performance thermoplastic engineering plastic, ideal for replacing traditional materials like metals and ceramics due to its superior properties such as high temperature resistance, self-lubrication, high strength, and chemical stability [1][3] Group 1: Performance Characteristics - PEEK exhibits excellent performance in high temperature (long-term use temperature > 260 °C), self-lubrication (friction coefficient 0.15–0.35), high strength (tensile strength > 150 MPa), and chemical stability (resistant to pH 1–14 corrosion), making it a preferred choice over traditional materials [1][3] Group 2: Synthesis Process - The main synthesis method for PEEK is nucleophilic substitution, which allows for precise control over the reaction process, resulting in high structural regularity and performance stability of the material [2] - The nucleophilic substitution process, while effective, incurs higher costs due to stringent reaction conditions and raw material expenses [2] Group 3: Demand and Market Potential - PEEK's lightweight, extreme environment resistance, low friction wear, and electromagnetic compatibility make it a critical material in robotics, with applications in motors, bearings, reducers, and housings [3] - Assuming a usage of 10 kg of PEEK per robot and a market price of 400,000 yuan per ton, a production of one million robots could generate a demand of 10,000 tons of PEEK, corresponding to a market size of 4 billion yuan [3] Group 4: Supply Landscape - The PEEK market has high technical barriers, with few companies mastering large-scale industrial production, primarily dominated by Victrex, Solvay S.A, and Evonik Industries AG [4] - Domestic companies such as Zhongyan Co., Watte Co., and Jinfat Technology are rapidly emerging, with significant production capacity being developed [4] - Key suppliers for PEEK raw materials include companies like Xinhang New Materials and Zhongxin Fluorine Materials for DFBP, and Brothers Technology for phenol [4]