China Molded Grating Manufacturer, Supplier, Factory

The corridor bridge at Tsinghua University Civil Engineering Department uses GFRP panels as permanent formwork for its deck. These panels are chosen for their light weight, ease of construction, and durability. They are secured to the secondary girders with bolts and can be manually adjusted on-site without cranes. Edges are sealed to prevent concrete spillage during pouring. Once set up, concrete is poured over the positioned GFRP bars. Post-installation, the panels require minimal anti-corrosion treatment.

Fiber Reinforced Polymer (FRP) materials have emerged as a viable alternative in various industries, including agriculture.

The Dongshuimen Bridge in Chongqing was completed in 2014, and its most advanced fiberglass bridge deck was provided by Spare. The bridge deck adopts Spare's innovative hollow mesh technology, which has outstanding advantages. This advanced fiberglass solution not only ensures excellent durability, but also simplifies the construction process. Due to the use of Spare's fiberglass material, the bridge deck can be seamlessly integrated and asphalt can be directly laid after installation, greatly reducing construction time and cost.

In a major development for renewable energy, the latest FRP (Fiber-Reinforced Polymer) blades are set to transform wind turbine technology. Developed through extensive research and engineering, these blades offer tangible benefits that address long-standing challenges in the wind energy sector.

In a groundbreaking move for the FRP industry, new advancements now incorporate cutting-edge antimicrobial technology into a range of fiberglass-reinforced plastic (FRP) products. This innovative feature is designed to inhibit the growth of harmful bacteria on the surface of FRP materials, addressing a key concern in various industries.

In the ever-evolving landscape of automotive engineering, the quest for efficiency, performance, and sustainability has led to the widespread adoption of innovative materials.