On April 18, 2025, the four-day Chinaplas 2025 International Rubber and Plastics Exhibition successfully concluded at the Shenzhen World Exhibition & Convention Center. As an annual event for the global rubber and plastics industry, this exhibition attracted exhibitors from many countries and regions, focusing on cutting-edge technologies and sustainable development solutions in the industry.As a manufacturer of extrusion and washing recycling machinery, Grace Machinery showcased its innovative technologies in this field at the exhibition, attracting the attention of numerous domestic and international clients and partners.
During the exhibition, Grace Machinery showcased three core technology segments at this exhibition: efficient extrusion solutions; Super “bottle to bottle” recycling system; customized service system; And engaged in in-depth technical exchanges and collaborative discussions with global clients and industry experts. This exhibition served as one of the key platform for Grace Machinery to strengthen relationships with global clients and expand its international market presence.
Through these interactions, Grace Machinery gained deeper insights into market demands and reinforced our leadership in extrusion and recycling technologies, paving the way for further growth in the global market.
Through this exhibition, we not only see the strong demand for green technology in the global market, but also clarify the core position of intelligence and digitalization in the transformation of the rubber and plastics industry. Grace Machinery will continue to invest more in research and development.
With the end of Chinaplas 2025, Grace Machinery has once again consolidated its benchmark position in the field of rubber and plastics machinery with its leading technology matrix and global vision. Looking to the future, the company will continue to take “innovation (CREATE), clean (CLEAN), sustainable (CONTINUE)” as its core values to promote the industry to upgrade to high efficiency, low carbon and intelligent direction.