Views: 25 Author: Site Editor Publish Time: 2026-04-01 Origin: Site
On March 27, 2026, the 12th Metal Enclosure Systems Industry Conference was held in Beijing. It brought together nearly 400 representatives from over 110 companies in the national metal enclosure systems industry.
Chen Jie, Chairman of the Enclosure System Branch of the China Steel Structure Association, announced the winners of the 2025 "Technological Innovation Award" of the China Steel Structure Association. Among them, the "Polymer Membrane Metal Composite Sandwich Panel" project completed by Canlon won this prestigious award for its industry-leading innovation and practicality.
Meanwhile, the list of material suppliers for the 2025 "Building Waterproofing Industry Science and Technology Award - Engineering Technology Award (Jinyu Award - Metal Enclosure System Engineering)" was officially announced. Jiangsu Canlon Building Materials Co., Ltd. was awarded the title of "Waterproofing Membrane Supplier" for its key supporting and engineering performance in two gold award projects .
This supplier selection was based on the 2025 Jinyu Award-winning projects in the Metal Enclosure System Engineering category, focusing on evaluating material companies' actual application performance, technical adaptability, construction coordination capabilities, and long-term reliability. Jiangsu Canlon Building Materials Co., Ltd., as a waterproof membrane supplier, was deeply involved in the following two gold award-winning projects:
Anji "Two Mountains" Future Science and Technology City Project
Metal roofing projects
Located in Anji, the birthplace of the concept that "lucid waters and lush mountains are invaluable assets," this project is positioned as a benchmark park for green technology innovation in the Yangtze River Delta. The metal roofing system needed to balance high durability, green and low-carbon characteristics with the waterproof reliability of its complex structure. Canlon provided high-performance polymer waterproof membranes tailored to the project's specific needs, effectively improving the overall airtightness and watertightness of the roofing system and meeting high-standard waterproofing requirements.
Nongfu Spring Sichuan Qingchengshan Beverage Co., Ltd.
Metal roofing project for beverage production base
As a large-scale food and beverage production base, this project had extremely stringent requirements for waterproofing, moisture-proofing, and cleanliness during construction. Canlon waterproof membrane, while meeting high standards of physical and mechanical properties, also possesses excellent construction adaptability and long-term stability, enabling the efficient and clean installation of the metal roofing system in conjunction with the construction team. After the project was put into operation, the waterproofing system operated stably, providing reliable protection for environmental control and equipment operation at the production base.
The "Jinyu Award," established by the China Building Waterproofing Association, is a special engineering technology award within the science and technology awards for the building waterproofing industry, representing one of the highest honors in domestic waterproofing engineering technology. The awards in the metal enclosure system engineering category focus on the overall level of the project in terms of design, construction, material application, and system durability. The selection of material suppliers further focuses on the key role and actual performance of core materials in the project, aiming to establish benchmarks for the industry chain and guide the industry towards high-quality supporting facilities.
This recognition signifies the industry's dual affirmation of Canlon's supporting capabilities and technological depth in the field of metal enclosure systems. Leveraging its high-performance waterproof membrane product system, the company has widely applied its solutions to metal roofing projects in large public buildings, industrial plants, and infrastructure, establishing differentiated advantages in areas such as detailed node treatment, system durability design, and construction technical guidance.