Continuous Fiberglass Mat Is An Ideal Reinforcing Substrate For Pultrusion Processes.
The core advantages of pultrusion technology lie in its high-efficiency continuous production, constant cross-section, and stable product performance. Fiberglass continuous mat is the ideal reinforcing substrate for pultrusion, making them a perfect match.
I. High Process Compatibility
The fiber's excellent rapid impregnation performance perfectly matches the pace of high-speed pultrusion production lines, effectively avoiding production defects such as resin clogging and uneven impregnation, improving equipment uptime, and increasing finished product yield.
II. Stable and Outstanding Product Performance
It can construct a robust reinforcing skeleton for composite profiles; the isotropic structure of the material ensures balanced and stable mechanical performance of the profiles under multi-directional and complex load conditions.
III. Wide Resin System Compatibility
It is compatible with various resins such as unsaturated polyester (UP), vinyl ester (VE), and epoxy resin (EP), flexibly meeting customers' diverse performance requirements for corrosion resistance, high temperature resistance, and high strength.
IV. Diverse High-End Application Scenarios
✅ Wind Turbine Blade Ribs | Lightweight & High Strength: Continuous felt provides high specific strength and excellent structural stability, reducing blade weight, lowering tower load, and improving power generation efficiency, aligning with the trend towards larger wind turbine blades.
✅ Bridge Load-Bearing Components | High Durability & Fatigue Resistance: Continuous felt-reinforced pultruded profiles exhibit outstanding corrosion resistance and fatigue resistance, replacing traditional steel. They can serve for extended periods in harsh outdoor environments such as high humidity and salt spray, extending bridge lifespan and reducing subsequent maintenance costs.
✅ Cable Trays / Electrical Ladders | Insulation & Flame Retardant: The profiles offer excellent electrical insulation and inherent flame retardant properties, mitigating the safety hazards of leakage and short circuits. Lightweight and easy to install, they are widely used in rail transit, data centers, and high-rise buildings.
✅ Energy-Saving Door and Window Profiles | Aesthetically Pleasing & Low-Carbon & Energy-Saving: The profiles have a smooth and flat surface with excellent appearance and texture. Excellent thermal insulation performance reduces HVAC energy consumption. The low coefficient of thermal expansion ensures that the profile is not easily deformed by temperature changes and maintains airtightness for a long time, which helps to achieve green building and dual carbon goals.
