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About UsThe company adheres to the mission of serving the country "Glorious China" and has long been committed to the research and development and application of composite materials and equipment.
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R&DThe company is the birthplace and vanguard of my country's FRP composite material industry. It has been deeply plowing the fertile soil of the composite material industry for decades, rooted in the development of military-civilian integration
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HRIn the use of talent, the elimination of the mold and mystification, to achieve the appropriate for people, the amount is applicable. As long as in the appropriate position to give play to the maximum degree of intelligence, is a meaningful talent.
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A three-dimensional reinforced daylighting panel with improved strength and water resistance.
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Company News
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Release time:
2023-05-11 17:36
FRP Light-transmitting panels, commonly known as FRP (fiberglass reinforced plastic), are lighting materials designed for use in conjunction with steel structures. They primarily consist of a high-performance top film, reinforced polyester, and glass fibers. The top film plays a crucial role in providing excellent UV resistance and anti-static properties. UV resistance ensures that the polyester in the FRP lighting panel does not yellow, age, or prematurely lose its light-transmitting capability. Anti-static properties, on the other hand, help ensure that dust on the surface can be easily washed away by rainwater or blown away by wind, thereby maintaining a clean and aesthetically pleasing surface. Thanks to their stable quality and long service life, these products can be widely applied in industrial settings. / Business / Roofs and walls of civil buildings. Due to insufficient strength, some factories with large spans and numerous purlins require better resistance to wind and snow. In existing technologies, the service life of daylighting panels is often compromised by inadequate product strength, typically resulting in a service life of only... 15 Year.
Technical personnel We provide a three-dimensional enhanced daylighting panel that boasts superior strength, water resistance, improved wind and snow resistance, better weather durability, and an extended service life. To achieve the above objectives, this... This 3D-enhanced daylighting panel Adopted The technical solution is a three-dimensional enhanced daylighting panel comprising a three-layer panel body, including an upper layer, a middle layer, and a lower layer. The middle layer is made of unsaturated polyester resin and stitched glass fibers, and it features an embedded reinforcement layer—a three-dimensional mesh fabric woven from high-strength materials. The high-strength materials used are glass fiber stitched fabrics. The glass fiber stitched fabrics referred to in this utility model are glass fiber fabrics manufactured by weaving, knitting, or stitching various types of glass fiber materials for different applications. This The three-dimensional enhanced daylighting panel is made by sewing glass fibers into a mesh-like three-dimensional fabric, which is placed in the middle layer as a reinforcing layer to increase the strength of the three-dimensional enhanced lighting panel. The mesh of the grid-like three-dimensional fabric is irregularly shaped, either rhombus, rectangle, or triangle. ， The plate is uniformly equipped with wavy protrusions. Between two adjacent wavy protrusions, there is a flat plate segment. In the middle of the flat plate segment, there is an arc-shaped protrusion whose height is lower than that of the wavy protrusions. ， The upper layer is made of polyester film material. This The upper layer of the 3D-enhanced daylighting panel is preferably made by DuPont. Melinex301 Polyester film material or FH601R( Fu Wei Thin Film ) Made of material ， The upper layer is made of biaxially oriented polyester film material. The lower layer is made of polyester film material. Preferably, the lower layer is also made of biaxially oriented polyester film material. ， The lower layer is preferably made of an anti-aging gel coating material or a polyester-resistant material. The upper layer has a thickness of... 15 From micrometers to 25 Between micrometers; the thickness of the lower layer is 15 Micrometers and 25 Between micrometers. The height of the wavy protrusions is 1.5 Centimeter -7 Centimeters. The height of the curved protrusion is 0.1 Centimeter -0.5 Centimeters; the thickness of the three-dimensional enhanced light panel is 1 Millimeter -3 Millimeter.
Compared with the existing technology, The above The three-dimensional enhanced daylighting panel features a reinforcing layer in its middle layer. This reinforcing layer effectively enhances the overall integrity and replicability of the lighting panel, significantly improving the shear strength and ultimate resistance to damage of each layer of the panel. As a result, the entire lighting panel exhibits excellent impact resistance, high flexural strength, and tensile strength, while also maintaining good light transmittance and waterproof performance. This The beneficial effects of the three-dimensional enhanced daylighting panel are: The stereoscopic enhanced lighting panel boasts superior strength, water resistance, improved wind and snow resistance, better weather durability, and an extended service life.
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