Recently, our company achieved a landmark milestone in the global healthcare interior decoration sector: our high-quality 3D-printed PVC wall panels with PET material application have been officially installed and put into use in a renowned U.S. hospital chain, bringing a new standard of safety, hygiene and aesthetics to medical environments.
As a leading U.S. hospital chain with dozens of medical centers across the country, the client has extremely strict requirements for interior decoration materials, prioritizing infection control, environmental safety, durability and design aesthetics. After rigorous multi-round inspections and performance tests, our 3D-printed PVC wall panels with PET lamination were selected for their outstanding comprehensive performance:
The project covers multiple departments of the hospital chain, including inpatient wards, outpatient halls, nursing stations and public corridors. Our professional team provided full-process technical support from design, production to on-site construction, ensuring the project was completed on schedule with high quality, and won high recognition from the client.
This successful cooperation not only marks the official entry of our 3D-printed PVC/PET wall panels into the high-end U.S. medical decoration market, but also sets a new benchmark for the application of new decorative materials in the global healthcare industry. It fully demonstrates the competitiveness of Chinese decorative material technology in the international high-end market.
In the future, our company will continue to focus on the R&D and innovation of high-performance decorative materials, deepen the application of 3D printing and new environmentally friendly materials in the medical, commercial and residential fields, and provide global customers with more safe, beautiful and durable interior decoration solutions. We will also expand cooperation with more international medical institutions, bringing Chinese-made high-quality decorative materials to more countries and regions around the world.