SY-91001 Carbon Fiber

Here is the translation of the table:

Model Number	Fiber Filament Count	Tensile Strength (MPa)	Tensile Modulus (GPa)	Linear Density (g/km)	Elongation at Break (%)	Filament Diameter (μm)	Density (g/cm³)
T45	3K	4200	230	100	1.8	7	1.80
T45	12K	4200	230	400	1.8	7	1.80
T45	24K	4200	230	800	1.8	7	1.80
T45T	12K	4500	240	400	1.9	7	1.80
T45T	48K	4500	240	3200	1.8	7	1.80
T48	12K	4500	240	400	2.1	7	1.80
T48	24K	4500	240	800	2.1	7	1.80
T48K	48K	4500	240	1600	2.1	7	1.80
T55G	12K	4900	245	400	2.1	7	1.80
T55G	24K	4900	245	800	2.1	7	1.80
T55G	48K	4900	245	1600	2.1	7	1.80
T70S	12K	5200	290	400	2.2	5	1.79
T70S	24K	5200	290	800	2.2	5	1.79
T70S	48K	5200	290	1600	2.2	5	1.79

 

Model Number	Fiber Filament Count	Tensile Strength (MPa)	Tensile Modulus (GPa)	Linear Density (g/km)	Elongation at Break (%)	Filament Diameter (μm)	Density (g/cm³)
T55	12K	5400	295	450	2.1	5	1.79
T70	12K	7000	324	450	2.1	5	1.78
T70G	12K	6600	340	420	1.9	5	1.78
M50	12K	4500	280	740	1.6	7	1.68
M60	12K	4500	380	430	1.5	5	1.75
MAXX	12K	5700	380	430	1.5	5	1.75
M65	12K	4400	436	430	1.0	5	1.78
M50	12K	4200	475	420	0.8	5	1.82

 

Application Scenarios:

SY-91001 Carbon Fiber has diverse applications in various industries, such as:

Transportation: The carbon fiber’s lightweight and high strength make it ideal for use in automotive and aerospace industries to reduce weight and enhance performance. Carbon fiber is increasingly used in high-end vehicles, public transportation, and new energy automobiles.

Pressure Vessels: Carbon fiber is widely applied in pressure vessels used in industries like chemical processing, natural gas, and fuel storage, offering strength and durability under high pressure with minimal weight.

Carbon Core Cables: Carbon fiber is ideal for power transmission cables due to its high tensile strength and low density, which results in lighter, stronger cables with better performance in harsh environmental conditions.

Sports and Leisure: Carbon fiber's strength-to-weight ratio makes it suitable for sports equipment, bicycles, tennis racquets, and other high-performance sports gear, enhancing performance and durability.

Construction: In the building and construction industry, carbon fiber is used for structural reinforcement and seismic retrofitting due to its high tensile strength and lightweight properties, which enhance load-bearing capabilities.

Aerospace and Defense: Carbon fiber is critical in aerospace applications such as aircraft bodies, UAVs, and satellite structures, where material strength and weight are essential for performance and fuel efficiency.

Wind Turbines: Carbon fiber is used in the production of wind turbine blades, where lightweight, stiffness, and high fatigue resistance are critical for improving energy efficiency and performance.

Downstream Customers:

Automotive Manufacturers: OEMs in the automotive and electric vehicle sectors looking to incorporate lightweight materials for improved efficiency and performance.

Aerospace and Aviation Companies: Manufacturers of aircraft and aerospace components where high strength and lightweight are essential.

Renewable Energy Companies: Manufacturers of wind turbines and other renewable energy components that require durable, lightweight materials.

Construction and Infrastructure Firms: Companies involved in building and retrofitting infrastructure with advanced materials to enhance structural integrity.

Sports Equipment Manufacturers: Producers of high-performance sports gear, such as bicycles, golf clubs, and racquets, seeking advanced materials to improve durability and user performance.

Commercial Opportunities in Latin America, Arab Countries, and Africa:

Latin America: Growing automotive and aerospace sectors, along with an increasing focus on renewable energy projects like wind farms, provide opportunities for carbon fiber applications. Infrastructure development in countries like Brazil and Mexico presents additional opportunities in construction and reinforcement.

Arab Countries: The GCC region’s emphasis on developing aerospace, defense, and automotive industries, coupled with a growing focus on renewable energy, presents significant potential for carbon fiber applications in transportation, defense, and energy sectors.

Africa: Infrastructure development and renewable energy projects, especially wind power, offer opportunities for carbon fiber use in construction, energy, and transportation applications. South Africa's focus on advanced materials and automotive manufacturing is a key growth area.

Conditions and Resources for Distributors:

Technical Expertise: Distributors should have technical knowledge of carbon fiber products and their applications across industries to effectively engage customers and provide solutions.

Established Industry Connections: Existing relationships with automotive, aerospace, construction, and energy sector companies will help distributors access key markets.

Logistics and Supply Chain: Strong logistics capabilities to ensure timely delivery and handling of carbon fiber products, which are lightweight but often large in volume, is crucial.

Marketing and Sales Support: Distributors should focus on providing technical support and sales training to potential buyers to highlight the material's advantages and ROI for different industries.

Target Customer Profiles:

• Automotive and Aerospace Manufacturers looking for advanced materials to reduce vehicle weight and improve performance.
• Construction Firms needing materials for structural reinforcement and retrofitting.
• Renewable Energy Companies focused on wind turbines and other green technologies.
• Defense and Aviation Sectors requiring lightweight, high-strength materials for military and aerospace equipment.

By targeting these industries and leveraging their connections, distributors in Latin America, the Arab world, and Africa can tap into growing demand for high-performance carbon fiber products.