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Address: No. 1518, East Chengdu Avenue, North Kalun District, Changchun City, Jilin Province
Contact: Feng Junshan
Phone:13504314831
Email:junshan.feng@ccfengtai.com
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Polyurethane Composite Materials Series
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Detailed information
Core advantages
- Excellent component synergy: Based on a polyurethane matrix, this material can be compounded with various substances such as fibers, fillers, and resins. The complementary properties of each component come together to form a composite structure that combines the elasticity of the matrix with the strength of the reinforcing phase, delivering overall performance superior to that of any single material alone.
- Balanced mechanical performance: After compounding, the product exhibits significantly improved compressive, tensile, and impact resistance while retaining the inherent elasticity and toughness of polyurethane. As a result, it is less likely to deform or get damaged under stress and maintains excellent structural stability.
- High functional integration: By selecting different composite components, it can simultaneously achieve multiple functions such as thermal insulation, corrosion resistance and wear resistance, sound insulation, and noise reduction—eliminating the need for additional specialized functional materials and making it suitable for a wide range of application scenarios.
- Highly adaptable to various forming processes: Compatible with a range of molding techniques including compression molding, filament winding, and resin transfer molding, it can be used to produce products in diverse forms such as sheets, pipes, and specially shaped components, meeting the demands of complex structural designs.
Highlight advantages
- Significant weight reduction: Compared to traditional composites such as metals and ceramics, polyurethane composites have lower density at the same strength, effectively reducing the overall weight of products—making them particularly well-suited for applications in industries with stringent weight-reduction requirements, such as transportation and aerospace.
- Excellent environmental resistance: The composite structure boasts enhanced compactness, enabling it to withstand acid and alkali corrosion, damp-heat aging, and ultraviolet radiation. It maintains stable performance even in harsh environments such as industrial parks and outdoor open spaces, thereby extending its service life.
- Highly customizable: By adjusting the polyurethane formulation, the proportions of composite components, and the molding process, we can precisely control key product attributes such as density, hardness, and functional emphasis, thereby meeting the personalized needs of various industries.
- Clearly advantageous in terms of cost-performance: Raw materials are readily available, and the production process is well-established. Although the composite cost is slightly higher than that of pure polyurethane, the overall performance improvement leads to reduced maintenance costs, making it exceptionally economical for long-term use.
Main application scenarios
1. Transportation sector
Used for automotive body components, interior panels for high-speed trains, ship decks, and container side panels, among other applications, its lightweight characteristics help reduce energy consumption, while its wear-resistant and impact-resistant properties ensure operational safety.
2. Construction and Building Materials Sector
Manufacturing exterior wall insulation composite panels, interior soundproofing wall panels, and anti-corrosion coatings for underground utility tunnels—these products combine thermal insulation, soundproofing, and corrosion resistance, thereby enhancing building energy efficiency and durability.
3. Industrial Equipment Sector
As a lining for chemical storage tanks, conveying pipelines, equipment protective covers, and more, its corrosion resistance can effectively withstand the erosion of chemical media, protecting the main structural components of the equipment and reducing maintenance frequency.
4. New Energy Sector
Used for wind turbine blade sheaths, battery casings, and thermal insulation layers in energy storage devices, this material offers lightweight properties and weather resistance that perfectly meet the safety requirements of outdoor wind power operations and battery energy storage systems.
5. Sports and Leisure field
We manufacture housing for sports equipment, outdoor leisure seating, decking boards for boardwalks, and more—products that combine lightweight, wear-resistant, and comfortable features, making them ideal for outdoor use and in direct contact with the human body.
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