E8高强度高模量玻璃纤维缝编织物的出现将给风能市场带来巨大的价值，可以进一步推动大型风力叶片的技术革新与设计创新。E8玻璃纤维可以使同级别风力叶片重量更轻，模量和强度更高，在同等风力情况下的叶片变形程度更小；同时，生产的风力叶片长度可以更长、耐疲劳性更好、风区适应性更广。这不仅带来单位发电成本的降低，还能进一步提高叶片的风区适应性和使用寿命，为风力叶片的可持续发展奠定了坚实的基础。

Main products: E-TLX450, E-TLX750, E-TLX808, E-TLX1200, E-TLX1215, E-TLX1500; (The weight range is 450~1800g/㎡)

E6 -Glass stitched fabrics, as high-performance composite materials, have advantages of light weight, impact resistance, durability and high strength and others.The triaxial fabrics provides better axial force, aerodynamic lift and torque during the blade operation.

Main products: E-BIAX600, E-BIAX808, E-BIAX1000, E-BIAX1200, E-BIAX1800; (The weight range is 200~2000g/㎡)

E6 -Glass stitched fabrics, as high-performance composite materials, have advantages of light weight, impact resistance, durability and high strength and others. It has been widely used in composite materials area such as wind power blades, ship building, transportation, and sports facilities.

Main products : E-UD1200 E-UD1200/M50 E-T625; (The weight range is 300~2350g/㎡) 

E6 -Glass stitched fabrics, as high-performance composite materials, have advantages of light weight, impact resistance, durability and high strength and others. It has been widely used in composite materials area such as wind power blades, ship building, transportation, and sports facilities.

Main products: E7-TLX1200, E7-TLX1215, E7-TLX1350; (The weight range is 450~1800g/㎡)

The development of E7 high-strength and high-modulus glass fiber stitched fabrics has made it possible for high-power wind blade manufacturing, pressure vessels, pultrusion and other industries which have a large demand for high-performance glass fibers.The triaxial fabrics provides better axial force, aerodynamic lift and torque during the blade operation.With the application of E7 high modulus fabrics, the power generation costs can be lower.

Main products: E7-BIAX600, E7-BIAX808, E7-BIAX1000, E7-BIAX1200; (The weight range is 200~2000g/㎡)

The development of E7 high-strength and high-modulus glass fiber stitched fabrics has made it possible for high-power wind blade manufacturing, pressure vessels, pultrusion and other industries which have a large demand for high-performance glass fibers. With E7-glass fiber, it has excellent shear performance and its characteristics can meet the rapidly growing market demand. At present, it has been widely used in composite materials such as wind power blades, ship building, transportation, and sports facilities.

Main products: E7-UD1200 E7-UD1250; (The weight range is 300~2350g/㎡)

The development of E7 high-strength and high-modulus glass fiber stitched fabrics has made it possible for high-power wind blade manufacturing, pressure vessels, pultrusion and other industries which have a large demand for high-performance glass fibers. With the application of E7 fabrics, manufacturers can make products lighter with better performance, higher efficiency, and longer service life , ultimately resulting in lower power generation costs.

Main products: E8-BIAX600, E8-BIAX808, E8-BIAX1000; (The weight range is 200~2000g/㎡)

E8 high-strength and high-modulus glass fiber stitched fabric can make the wind blades in same level lighter in weight, higher in modulus and strength, and less deformation under the same wind conditions; this will not only brings a reduction in unit power generation costs, but also further improve the wind zone adaptability and service life of the blade.

Main products: E8-UD1400 E8-UD1250; (The weight range is 300~2350g/㎡)

E8 high-strength and high-modulus glass fiber stitched fabric can make the wind blades in same level lighter in weight, higher in modulus and strength, and less deformation under the same wind conditions; this will not only brings a reduction in unit power generation costs, but also further improve the wind zone adaptability and service life of the blade.

Main series: E8-TLX1200; (The weight range is 450~1800g/㎡)

E8 high-strength and high-modulus glass fiber stitched fabric can make the wind blades in same level lighter in weight, higher in modulus and strength, and less deformation under the same wind conditions.The triaxial fabrics provides better axial force, aerodynamic lift and torque during the blade operation. With the use of high modulus fabrics such as E8, manufacturers can make products lighter, with better performance, higher efficiency, and longer service life.