The core advantage of carbon fiber pultruded rods lies in their excellent specific strength and stiffness. Their strength can reach 5-8 times that of high-quality steel, while their density is only about a quarter of that of steel (about 1.5-1.6 g/cm³). This lightweight and high-strength characteristic makes them a good choice to replace metal structural components, especially in applications that require significant weight reduction, improved load efficiency, or reduced inertial loads.

Carbon fiber rod is a rod-shaped product made of carbon fiber material. It is usually made by weaving, casting or other processing of multiple carbon fibers, forming a solid structure with a certain shape and size. Carbon fiber itself is made by high-temperature carbonization treatment of organic fibers, and has excellent strength and rigidity.

The manufacturing process of carbon fiber rods involves multiple steps, including material selection, fiber stretching, curing, etc., ultimately forming the shaping of carbon fiber rods. Due to its unique material properties, carbon fiber rods have great flexibility in the design of weight, shape, and size, which can meet the product requirements of different needs.

Carbon fiber guitar neck is an instrument neck made of carbon fiber material. Carbon fiber is a lightweight and strong material formed through high-temperature treatment. Due to its excellent physical properties, the carbon fiber guitar neck can provide higher stability and durability in design. The neck is an important component of an instrument, primarily used to support the strings and ensure the accuracy and timbre of the instrument during performance. Carbon fiber guitar necks typically have high moisture resistance and can withstand the impact of environmental changes on instrument performance.

Pultruded carbon fiber tubing is a composite material pipe manufactured through pultrusion process. This process involves extruding carbon fiber prepreg through a mold, which can achieve efficient production and ensure product uniformity and consistency. Pultruded carbon fiber tubes have high strength and rigidity, and resin is usually used as the matrix in the manufacturing process to combine carbon fibers and resin together to form composite materials. This type of pipe can adjust the fiber arrangement and resin ratio as needed during the production process to meet different production requirements.

Min.Order: 50 pieces

Surface: Crude,Smooth,Polished,High glossy

Color: Black

Carbon fiber square tube is a tubular product with a square cross-section made from carbon fiber material. With its combination of lightweight construction, high strength and good rigidity, it is suitable for applications where weight reduction and structural stability are important.

Carbon fiber square tubes are generally manufactured by combining carbon fiber with resin, followed by a forming and curing process to create a stable structure. The tubes can be customized in size, wall thickness and length according to customer requirements.

The carbon fiber tube for billiard cue accessories is manufactured from carbon fiber and resin, offering low weight, high strength and excellent rigidity. The product is formed from layers of carbon fiber fabric, followed by heating and resin curing to create a strong and stable tubular structure.

The tube features a tapered design and is suitable for manufacturing and machining billiard cue components, especially cue shafts. Carbon fiber provides good wear resistance, corrosion resistance and fatigue performance, making it suitable for sports products that require low weight and high durability.

The 3K carbon fiber tube for pool cues is a tubular product made of carbon fiber with a tapered structure. It usually features a long tapered section that gradually transitions from a larger diameter to a smaller diameter. This design allows the tube to meet specific functional requirements while maintaining good overall strength and stability.

During production, carbon fiber prepreg is laminated through a specialized process and then cured at high temperatures to ensure excellent physical properties and durability. The inner and outer surfaces of the tube are usually very smooth to reduce resistance and improve performance.