China Fiberglass Composite Material Manufacturer, Supplier, Factory

Fiber-reinforced composite rebar is a kind of composite material made of polymer resin as the matrix and glass fiber, basalt fiber or carbon fiber as the reinforcement.

​FRP power safety net is a kind of power equipment safety protection net made of FRP material, which is used to protect the safety of power equipment and personnel.

The composite cooling tower, a large-scale heat exchanger, primarily serves power plants and manufacturing plants by cooling water. It cools essential equipment during daily operations. Its main structure includes square tubes, rectangular tubes, angle steel, grooves, I-beams, decks, flat bars, etc. Special shapes like handrails and kick plates are used on the guardrails. Blades, crucial components of cooling tower fans, generate airflow, facilitating heat exchange between circulating water and ambient air for cooling. Nanjing SPARE cooling towers made of extruded GFRP, the following standards are followed:
GB/T7190.2-2017 Mechanical Ventilation Cooling Towers Part 2: Large Open Cooling Towers.
GB/T 31539-2015 Structural Fibre Reinforced Composite Profile Extrusions.

Fiberglass T Profiles are crafted using premium Fiber Reinforced Polymer, combining strength, durability, and a lightweight design to meet the diverse needs of modern engineering and construction. These profiles are designed for versatility, making them ideal for a variety of structural and aesthetic applications.

All display products are customized products, specifications, shapes can be customized according to your needs, if you interested in any product details, we look forward to your inquiry, which will encourage us to develop new products. FRP Wind Panel is customized product.

Our FRP composites are at the forefront of enhancing the structural components of new energy vehicles. Our Vehicle Composite Profiles include key elements such as Column Reinforcements, Battery Pack Spacer Beams, Crossbeams, Roof Beam Reinforcements, Door Beams, and Longitudinal Beams. Designed for the next generation of vehicles, these profiles offer unmatched strength and durability, crucial for the rigorous demands of new energy vehicle architecture.