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To better serve our clients, we equipped our R&D laboratory with three cutting-edge extruders. This provides a diverse range of polymer modification experiments conducted by our partner research institutes, universities, and corporate laboratories. The focus is to try resolving production challenges and offering more universal applicable solutions for the polymer compounding and modification industry.   The lab boasts three state-of-the-art devices: HK26, HK36, and SK53. They cover experiments from small-scale samples (as low as 2kg/h) to small-batch production experiments (300kg/h). These machines are utilized in various plastic compounding and modification processes, including filling, reinforcement, alloying, functional masterbatch, and more. The applications extend to continuous compounding extrusion of materials in industries such as pharmaceuticals, food, animal feed, and agricultural fertilizer production.   The lab boasts three state-of-the-art devices: HK26, HK36, and SK53. They cover experiments from small-scale samples (as low as 2kg/h) to small-batch production experiments (300kg/h). These machines are utilized for various plastic compounding and modification processes, including filling, reinforcement, alloying, functional masterbatch, and more. The applications extend to continuous compounding extrusion of materials in industries such as pharmaceuticals, food, animal feed, and agricultural fertilizer production.   HK26 Experimental Extruder:   HK26, our 4th generation co-rotating twin-screw design, is tailored for compounding experiments of small-batch trial samples. The model can scale up to the full 4th generation, featuring integrated design, compact structure, easy installation, and user-friendly operation with a Siemens touch screen.       HK36 Experimental Extruder: The HK36, boasting a longer L/D, is ideal for compounding extrusion experiments with high-filler masterbatch. It accommodates compounding innovation experiments and small-batch orders, with a capacity of approximately 50-100kg/h. Both HK26 and HK36 utilize volumetric feeding and support processes such as water-cooling strand pelletizing and air-cooling conveyor belt pelletizing systems and etc..      SK53-Standard Extruder Production Line:  The SK53 line comes equipped with three loss-in-weight feeders and an automatic feeding system, enabling a comprehensive simulation of batch order production. Three types of materials are individually metered and fed into the extruder automatically. The equipment supports various extrusion pelletizing processes, including water-cooling strand, air-cooling conveyor belt, water-ring die-face, and underwater pelletizing systems and etc.   KYmach has professional R&D and service teams. To allow our customers a hands-on experience, we provide year-round free trials on-site ...

Host: Wang Feng, Deputy Secretary of the Party Committee of School of Mechanical and Electrical Engineering   Attendee: u China Plastics Machinery Industry Association; u Beijing University of Chemical Technology; u School of Mechanical and Electrical Engineering.   Award Purpose: Help and inspire young students to make contributions to the industry technology innovation.   KYmach Business Scope: Twin screw / Single screw /Triple screw extruder machine; Plastic extruders covering granules, sheet, film, foam, fiber and etc.   The detail: On October 12, 2023, Zhao Zhiming, CEO of Nanjing KY Chemical Machinery Co., Ltd., was invited to co-host the signing ceremony of the "China Plastic Machinery - KYmach GUANGZHI Award" at Beijing University of Chemical Technology. The ceremony was hosted by Wang Feng, the deputy Secretary of the Party Committee of the School of Mechanical and Electrical Engineering, and joined by Su Dongping, and Cui Chunhua.   Mr. Zhao gave a brief introduction of our company and hoped to further strengthen the cooperation with Beijing University of Chemical Technology. Ms. Liu Qinghua, Chairwoman of KYmach, emphasized in her video address the establishment of the "China Plastic Machinery - KYmach GUANGZHI Award", aiming to encourage young students to continue to explore and carry forward the innovative spirit in the industry pioneers.   Cui Chunhua, Deputy Secretary of the Party Committee of Beijing University of Chemical Technology, expressed the same thoughts. The cooperation in talent training, technological innovation, and R&D transformation creates the win-win situation for all aspects, including education, science and technology.   Su Dongping, Executive Vice President of China Plastics Machinery Industry Association, expressed that the association will further play a bridging and binding role, contributing the association's strength to the development of the industry and deeper cooperation between universities and enterprises.   Xue Ping, Director of the Institute of Plastic Machinery at the School of Mechanical and Electrical Engineering, introduced the reward criteria and selection methods for the "China Plastic Machinery - KYmach GUANGZHI Award". Representatives from both sides, Zhao Zhiming and Cui Chunhua, signed the donation agreement for the "China Plastic Machinery - KYmach GUANGZHI Award".