Carbon fiber prepreg is a composite material where epoxy resin is combined with carbon fiber using high-pressure, high-temperature technology. It is manufactured from materials such as carbon fiber yarn, epoxy resin, and release paper through processes including coating, hot pressing, cooling, film laminating, and winding. It is referred to as "prepreg" because this stage represents the initial impregnation of resin and carbon fiber, while the final impregnation occurs during the product molding process. This document details the characteristics of three types of carbon fiber prepreg: 40T, 30T, and 24T. 40T Carbon Fiber Prepreg: Higher fiber density per unit area (4000 filaments/square meter), greater tensile strength (approximately 33% increase), but higher cost and more prone to brittleness/fracture. 30T Carbon Fiber Prepreg: Lower fiber density (3000 filaments/square meter), moderate strength, better toughness, and lower cost. 24T Carbon Fiber Prepreg: Lowest fiber density (2400 filaments/square meter), excellent toughness and impact resistance.

Additionally, the document includes a table listing specific parameters for unidirectional carbon fiber prepreg, including specification model, modulus, fiber weight, thickness, resin content, total weight, width, and roll length. Layout & Colors: The text is formatted in black SimSun font on a white background, ensuring clear readability. The table uses black lines for separation, with data also in black font. The overall document layout is clean and concise, with information presented in distinct sections for easy reading and comprehension. Detailed Text from Image: Carbon fiber prepreg is...

of withstanding greater tensile force, strength increased by approximately 33%, with lower resin content. 30T Carbon Fiber Prepreg: Lower density of carbon fiber filaments (3000 filaments/square meter), relatively lower strength, but higher resin content, making it suitable for scenarios requiring durability. Hardness and Elasticity Performance 40T Carbon Fiber Prepreg: Higher hardness, better elasticity, but high-tonnage carbon fiber can be overly rigid and prone to fracture under uneven stress. 30T Carbon Fiber Prepreg: Moderate hardness, relatively poorer elasticity, softer feel, but better...

carbon fiber prepreg offers good toughness and strong impact resistance. Parameters may vary slightly depending on the manufacturer and specific processes. It is recommended to select the model based on specific engineering requirements. thickness Resin content Total weigt (g, (mm) (%) m) )

notes： 1.The resin content can be adjusted according to customer needs. 2.The weight per unit area of fibers is not limited to the data presented in the table. The weight per unit area The key parameters of woven carbon fiber fabric include weave type, specification model, areal weight, thickness, width, and application fields. Details are as follows: Weave Type: Plain Weave, Twill Weave, Satin Weave, Unidirectional Fabric. Different weave types affect the fabric's flexibility and strength. Tensile Strength: ≥3400 MPa (for 200g fabric), ≥3000

Elastic Modulus: ^2.3X105 MPa (meets national standard requirements). Density: Approximately 1/4 that of steel, offering significant lightweight advantages. Industrial Manufacturing: Aircraft components, automotive parts, wind turbine blades. Building Reinforcement: Seismic strengthening for bridges, tunnels, and floor slabs (requires epoxy resin adhesive). Sports Equipment: Fishing rods, golf clubs, etc. (Higher-tonnage carbon fabric offers lightness and stiffness, while lower-tonnage fabric provides greater toughness). Carbon fiber woven fabric series -1K, 3K, 6K, 12K Product model description:...