Glass fiber reinforced polyurethane doors and windows and door and window profiles
Glass fiber polyurethane doors and windows have high strength and low thermal conductivity, energy conservation and carbon reduction.
Type
Tags
Solution maturity
Mass promotion / Mass production
Cooperation methods
Applicable industry
Applications
Key innovations
The innovation of this technology is reflected in the fact that new glass fiber reinforced polyurethane materials are used to replace traditional door and window materials, significantly improving the energy-saving effect. Its core innovation is profile design and high-precision manufacturing with high strength (≥1000MPa), high elastic modulus (≥40GPa), and ultra-low thermal conductivity (≤0.36W/(m·K)).
Potential economic benefits
This technology significantly improves the energy conservation of doors and windows and saves users energy costs. The annual carbon emission reduction in the application link is 370,000 tons, and the annual emission reduction in the production link is 16,000 tons, which can bring carbon trading benefits or enhance product market competitiveness.
Potential climate benefits
Glass fiber reinforced polyurethane profiles greatly improve building energy conservation with low thermal conductivity, and reduce carbon emissions by 370,000 tons per year during the application phase. At the same time, the production process itself has achieved an annual emission reduction of 16,000 tons, with significant carbon reduction benefits.
Solution supplier
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Shanghai Kaluodi Materials Technology Development
Klotti Materials Technology focuses on the development and application of new materials, providing high-performance solutions for various industries.
Shanghai，China
Solution details
The basic principle of glass fiber reinforced polyurethane door and window profile manufacturing technology is to replace traditional materials with new materials to achieve the goal of improving the energy-saving performance of doors and windows. Its core technology is the design and high-precision manufacturing technology of glass fiber reinforced polyurethane door and window profiles. The bending strength of the profile is ≥ 1000MPa, the bending elastic modulus is ≥ 40GPa; the thermal conductivity is ≤0.36W/(m·K). This project expects: carbon emission reduction during application: 370,000 tons/year; production capacity reaches 7000 tons/year, and carbon emission reduction during production: 16,000 tons.
Last updated
10:42:21, Nov 05, 2025
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