Innovative production technology, leading the new trend of ceiling industry.

In recent years, the production technology of strip buckles has undergone significant innovations, bringing revolutionary changes to the suspended ceiling industry. These advancements cover every aspect from raw material selection to production processes, resulting in enhanced product performance and production efficiency.

In terms of raw materials, traditional strip buckles mostly used ordinary aluminum alloys, which had limitations in strength and corrosion resistance. Nowadays, new aluminum alloy formulas have been applied. By adding rare metal elements, the tensile strength of strip buckles has increased by more than 25%, while also having stronger UV resistance. In coastal humid areas, strip buckles made of this new material can have a service life of more than 15 years, far exceeding the average life of 8-10 years of traditional products. The raw material pretreatment process has introduced nano-scale surface treatment technology, forming a dense oxide film, which has improved the product's surface scratch resistance by 40%, and it is not easy to get stained, reducing later maintenance costs.

In the production process, CNC bending technology has replaced traditional manual operations, controlling the dimensional accuracy of strip buckles within ±0.1mm, ensuring seamless docking during installation. 3D laser cutting technology has enriched the shapes of strip buckles. It can not only produce linear products but also customize complex styles such as arcs and waves to meet the needs of different architectural styles. A person in charge of a production line said that automatic forming equipment has increased the daily output of a single production line from 800 meters to 1500 meters, doubling the efficiency.

Environmental protection production has become an important direction of technological innovation. The new anodizing process reduces wastewater discharge by 50% while ensuring surface gloss, and the treated wastewater can be recycled. The powder spraying process has introduced an electrostatic recovery system, increasing the utilization rate of powder coatings from 60% to more than 90%, reducing raw material waste. These environmental protection technologies have enabled strip buckle manufacturers to pass strict environmental certification and expand their application space in green building projects.

With the advancement of technology, the application scenarios of strip buckles are constantly expanding. It can be seen in traditional shopping malls, office buildings, as well as large public buildings such as airports and subway stations. Technological innovation has improved product competitiveness and provided more high-quality choices for the architectural decoration industry.