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Jiangsu Horyen Composites Co.,Ltd.
Jiangsu Horyen Composites Co.,Ltd.
Jiangsu Horyen Composites Co.,Ltd.
HOT PRODUCTS
1K 3K 6K 12K 100% carbon fiber fabric
1K 3K 6K 12K 100% carbon fiber fabric Buy Now
Ud fabric proof uhmwpe fabric for vest
Ud fabric proof uhmwpe fabric for vest Buy Now
Custom 3k plain twill weave carbon fiber tube
Custom 3k plain twill weave carbon fiber tube Buy Now
Section lock carbon fiber extension pole telescoping rod
Section lock carbon fiber extension pole telescoping rod Buy Now
High strength 2x2 twill weave carbon fiber sheet
High strength 2x2 twill weave carbon fiber sheet Buy Now
130gsm 160gsm ud uhmwpe fibre shee fabric
130gsm 160gsm ud uhmwpe fibre shee fabric Buy Now
High strength UD Para aramid fiber ballistic fabric
High strength UD Para aramid fiber ballistic fabric Buy Now
Colored 3k jacquard triangular pattern carbon fiber tube
Colored 3k jacquard triangular pattern carbon fiber tube Buy Now
CNC cutting 3k carbon fiber round tube pipe
CNC cutting 3k carbon fiber round tube pipe Buy Now
Custom carbon fiber tapered tube for ski poles
Custom carbon fiber tapered tube for ski poles Buy Now

About Us

Jiangsu Horyen Composites Co.Ltd was founded in Feb, 2016 and the factory was founded in 2002 which is specilized in various carbon fiber fabric, aramid fiber products, uhmwpe fiber products and glass fiber products,etc. The registered capital of our company is RMB 15,800,000 and the floor area is about 15,000 sq.m. With 20+ years` production experience and continuous innovation, we`ve already achieved customers` affirmation and trust based on our good reputation. Horyen company adheres to...

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Jiangsu Horyen Composites Co.,Ltd.

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NEW PRODUCTS
+/-45 0/90 Degree Biaxial Triaxial Carbon Fiber Fabric
+/-45 0/90 Degree Biaxial Triaxial Carbon Fiber Fabric
+/-45 0/90 degree biaxial triaxial carbon fiber fabric Product...
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+/-45 0/90 Degree Biaxial Triaxial Carbon Fiber Fabric
Unidirectional carbon fiber fabric building reinforcement
Unidirectional carbon fiber fabric building reinforcement
Unidirectional carbon fiber fabric building reinforcement Product...
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Unidirectional carbon fiber fabric building reinforcement
High modulus 39.37"/100cm wide 12K carbon fibre fabric
High modulus 39.37"/100cm wide 12K carbon fibre fabric
High modulus 39.37"/100cm wide 12K carbon fibre fabric Product...
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High modulus 39.37"/100cm wide 12K carbon fibre fabric
Ud fabric proof uhmwpe fabric for vest
Ud fabric proof uhmwpe fabric for vest
Ud fabric proof uhmwpe fabric for vest Product description:...
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Ud fabric proof uhmwpe fabric for vest
1.6*3.2m aramid ballistic PE UD fabric for sale
1.6*3.2m aramid ballistic PE UD fabric for sale
1.6*3.2m aramid ballistic PE UD fabric for sale Product...
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1.6*3.2m aramid ballistic PE UD fabric for sale
Abrasion resistant 650g uhmwpe anti stab fabric
Abrasion resistant 650g uhmwpe anti stab fabric
Abrasion resistant 650g uhmwpe anti stab fabric Product...
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Abrasion resistant 650g uhmwpe anti stab fabric
High strength 2x2 twill weave carbon fiber sheet
High strength 2x2 twill weave carbon fiber sheet
High strength 2x2 twill weave carbon fiber sheet Product...
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High strength 2x2 twill weave carbon fiber sheet
Customized 3k glossy and matte carbon fiber tubes
Customized 3k glossy and matte carbon fiber tubes
Customized 3k glossy and matte carbon fiber tubes Product...
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Customized 3k glossy and matte carbon fiber tubes
LATEST NEWS

Annual production of 12000 tons of 48K large tow carbon fiber project

Jinshan District and Shanghai Petrochemical Co., Ltd. recently signed a strategic cooperation agreement, clarifying 9 specific measures in 3 aspects, and working together to deepen the strategic cooperation between the two sides. This year, the heavyweight projects of cooperation between the two sides will gradually bloom and bear fruit. Among them, the "48K Large Bundle Carbon Fiber" project of Shanghai Petrochemical will be fully completed and put into operation, reaching a production capacity of 24000 tons/year of raw silk and 12000 tons/year of large bundle carbon fiber. The project will also promote the deep linkage development between Carbon Valley Green Bay Industrial Park and Shanghai Petrochemical, further forging the long board of Jinshan's carbon fiber industry, breaking down international carbon fiber technology barriers, and meeting the needs of various fields in the country.

25 April-2024

Racing new track: 400000 ton carbon fiber industry chain

In the beginning of the 14th Five Year Plan in 2021, Jilin Chemical Fiber Group planned to launch the construction of a 400000 ton carbon fiber full industry chain project from raw silk, carbon fiber to composite materials, including 12 projects with a planned total investment of 18.5 billion yuan. It is expected that all projects will be completed and put into operation by 2026. This project is the first to apply dry jet wet spinning technology to large-scale industrial production. After the completion of all projects, Jilin Chemical Fiber will become the only enterprise in the world that independently develops and owns independent intellectual property rights for both dry and wet spinning routes. The annual production of 60000 tons of carbon fiber project started in July 2022, mainly producing large tow carbon fibers above 35K. The entire carbonization line of this project has achieved localization of equipment and maximization of single line production capacity. The products are mainly used in new energy fields such as green electricity, optoelectronics, and hydrogen energy.

19 April-2024

The importance of carbon fiber composite materials for prefabricated houses

The construction industry is rapidly promoting prefabricated houses, which have advantages such as fast construction speed and controllable quality. However, traditional materials have limitations in meeting the demand for prefabricated houses, such as insufficient tensile strength and corrosion resistance, which limits the further improvement of building quality. Carbon fiber composite materials have become an effective way to solve this problem due to their excellent performance. Carbon fiber has the characteristics of lightweight, high strength, and corrosion resistance, which can meet the material performance requirements of prefabricated houses. Its application in the field of architecture can not only improve the load-bearing capacity and stability of building structures, but also effectively reduce the self weight of buildings, reduce the requirements for foundations, and thus improve the safety and reliability of buildings. The application of carbon fiber composite materials in prefabricated houses not only enhances the strength and stability of building structures, but also delays the aging process of buildings. In terms of prefabricated building shear wall panels, its application has improved the overall strength and durability of the wall panels, making the building structure more durable and reducing the frequency of repair and replacement. In terms of coated fabrics, the application of carbon fiber composite materials not only enhances the stability and durability of the structure, but also effectively extends the service life of the fabric, making the appearance of the building more durable and beautiful.

12 April-2024

Future Development Trends of Carbon Fiber Composite Materials

Carbon fiber reinforced polymer matrix composites (CFRP), as highly engineered materials, have high specific modulus and high specific strength. They are very suitable for applications with critical requirements for high strength and stiffness, lower weight, and excellent fatigue characteristics. Aerospace: The use of CFRP composite materials in aircraft began with auxiliary structures such as ailerons, trim plates, and rudder. CFRP exhibits excellent mechanical properties, such as high strength to weight ratio and high stiffness to weight ratio. With the advancement of technology, the performance of fibers and matrix has been significantly improved, thereby enhancing the performance of laminated panels, enabling this material to be applied to major aircraft structures such as fuselage, vertical tail, tail box, and wings, and replacing traditional lightweight metal alloys. Wind turbine applications: The use of carbon fiber in wind turbine applications is increasing. Carbon fiber has a significant advantage over glass fiber because it has a higher specific tensile modulus (>3 times), higher specific tensile strength, and higher fatigue resistance. The known advantages of carbon fiber are its increased stiffness to weight ratio (as a reinforcement material for 57 meter long blades, which is 4 times higher than alkali free glass fiber, equivalent to a 27% weight reduction) and blade design that achieves slender length using fewer shell materials, thinner airfoils, and better aerodynamic performance. Automobiles: Carbon fiber has never left the automotive industry, and with stricter global automotive emission standards and the rapid growth of electric vehicles, the industry is using carbon fiber to reduce weight. Therefore, the use of lightweight materials such as CFRP composite materials in automotive structures is the most direct method of weight reduction. Architecture: The application of carbon fiber composite materials in architecture mainly includes the reinforcement of buildings and bridges, maintenance and repair of pipelines, new building components, bridge decks, cables, and beams.At the same time, carbon fiber composite materials are very effective for the structural renovation and repair of aging buildings, bridges, pipelines, etc.

29 March-2024

Application of UHMWPE fibers in the medical field

UHMWPE fiber is a polymer material with excellent performance and wide application fields. In the field of medical devices, uhmwpe has good biocompatibility, excellent mechanical properties, and wear resistance, making it widely used in fields such as artificial joints, spinal implants, and surgical instruments. Compared to other polymer materials, uhmwpe has the following characteristics: 1. Excellent biocompatibility: UHMWPE has good compatibility with human tissues and will not cause allergies or rejection reactions, 2. Good mechanical properties: UHMWPE has high hardness and strength, excellent wear resistance and impact resistance. 3. Excellent chemical resistance: UHMWPE has good resistance to common chemical substances such as acids and bases. 4. Low friction coefficient: UHMWPE has a lower friction coefficient, which allows it to reduce friction and wear in medical devices. Artificial joints are one of the most important applications of UHMWPE. Due to its excellent mechanical properties and biocompatibility, UHMWPE is widely used in medical devices such as artificial hip joints, artificial knee joints, and artificial shoulder joints. In artificial joints, uhmwpe serves as a covering material on the joint surface, which can simulate the friction and motion of natural joints while providing stable support.

22 March-2024

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