Carbon Fiber Fabric

Carbon fiber tape is a flexible material made of carbon fiber, usually appearing in the form of a strip. It is woven or laminated from carbon fibers using a certain process, with a certain length and width. Due to its manufacturing process, carbon fiber tape has many characteristics such as lightweight, high strength, and heat resistance, making it suitable for various occasions that require strength and lightweight. Its surface is usually smooth, effectively improving its performance in rubbing and other aspects.

Carbon fiber belt is a long strip of material made of carbon fiber. Its structure is composed of multiple carbon fiber bundles woven or bonded together, forming a strip material with certain strength and toughness. Carbon fiber tapes usually have high temperature resistance and corrosion resistance. Due to the properties of carbon fiber, carbon fiber belts need to undergo high-temperature carbonization and other processes during the production process to ensure that the fiber's performance is maximized.

Carbon fiber tape is ideal for selective reinforcement of carbon fiber fabrications, sleeve winding, lap joining, and repairs of cracks on graphite surfaces. Just like their wider carbon fabric counterparts, these standard modulus tapes offer higher ultimate tensile strength and stiffness-to-weight ratios than any other commonly available reinforcements.
With the feature of light weight, high strength, high modulus, electrical conductivity, corrosion resistance, etc, the carbon fiber tape widely used for aerospace, metallurgy, shipyard, oil, chemical, food, medicine, medical equipment factory and other related industries.

Carbon fiber rope is a rope made of carbon fiber material. This type of rope is formed by weaving carbon fiber into a specific form and structure, and combining it with other materials to create a rope with high strength and toughness. Carbon fiber, as an advanced material, has lightweight, high tensile strength, and fatigue resistance, and is commonly used in situations where weight and strength optimization is required. The production process of ropes usually includes weaving, winding and other techniques to give them stable physical properties and appropriate flexibility.

Carbon fiber rope is a rope made of carbon fiber material. This type of rope is formed by weaving carbon fiber into a specific form and structure, and combining it with other materials to create a rope with high strength and toughness. Carbon fiber, as an advanced material, has lightweight, high tensile strength, and fatigue resistance, and is commonly used in situations where weight and strength optimization is required. The production process of ropes usually includes weaving, winding and other techniques to give them stable physical properties and appropriate flexibility.

Carbon fiber rope is a type of rope made of carbon fibers.With the feature of light weight, high strength, high modulus, electrical conductivity, corrosion resistance, etc, the carbon fiber rope widely used for aerospace, metallurgy, shipyard, oil, chemical, food, medicine, medical equipment factory and other related industries.

Also It is a necessary ingredient for high-temperature furnace insulation materials, but also can be used as conductive electrodes and so on. It has been widely used in different types of negative ion conductive electrodes, vacuum furnace insulation layer carbon felt bundling, sewing, chemical industry, petroleum, food machinery, medical machinery medical equipment, civil engineering and construction, electronic instruments and other fields.

Carbon fiber braided sleeve is a flexible material made by weaving carbon fibers, usually used to wrap and protect various objects. The production process of this sleeve includes combining carbon fiber threads in a certain weaving manner to form a tubular structure with certain strength and toughness. The characteristics of carbon fiber enable this woven sleeve to provide good support and protection while being lightweight.

This type of braided sleeve can have different diameters and lengths to meet different application requirements. During the production process, different weaving techniques and processes may be used to meet specific performance requirements. Due to its excellent physical and chemical properties, carbon fiber braided sleeves have good adaptability and wide application potential in various fields.

Carbon fiber braided sleeve is a tubular material made of carbon fiber through weaving process. The production process usually involves weaving carbon fiber yarn together using a specific weaving method to form a sleeve with certain structural strength and toughness. The internal voids of the casing can be treated differently to meet different performance requirements, such as high temperature resistance, chemical corrosion resistance, etc. Usually, carbon fiber braided sleeves are also subjected to subsequent molding, curing, and other process treatments to enhance their overall performance.

Carbon fiber sleeve is a tubular material mainly made of carbon fiber as the raw material. The production process usually includes processes such as fiber weaving to form composite materials with high strength and corrosion resistance. The design of carbon fiber sleeves can be customized according to different needs, ensuring that they meet the specific requirements of users in terms of shape and size. Due to the inherent characteristics of carbon fiber, the performance indicators of carbon fiber sleeves can be changed by adjusting the number of layers and arrangement during the manufacturing process.

Carbon fiber sleeve is a tubular structure made of carbon fiber material. Carbon fiber is a composite material composed of fibrous carbon materials, characterized by lightweight, high strength, and high rigidity. Carbon fiber sleeves are typically formed by weaving or laminating multiple carbon fiber filaments together to create a sturdy and stable tubular shape. It has the same characteristics as carbon fiber, lighter and stronger than ordinary sleeves. Carbon fiber sleeves are widely used in applications that require high strength and lightweight.

Carbon fiber sleeve is woven from high-quality carbon fiber yarn, which has excellent mechanical properties and lightweight and high-strength characteristics. The specific gravity of carbon fiber is less than 1/4 of steel, but its tensile strength generally exceeds 3500MPa, which is 7-9 times that of steel. Carbon fiber sleeves have characteristics such as super flexibility, high temperature resistance, and lightweight, making them suitable for covering irregular surfaces of wires, cables, or hoses, providing excellent stability and high torsional strength.

Carbon fiber braided sleeve is woven from high quality carbon fiber yarn. Carbon fiber is a new material with excellent mechanical properties. Its specific gravity is less than 1/4 of steel. The tensile strength of carbon fiber resin composite materials is generally above 3500Mpa. with super flexibility, high temperature resistance, light specific gravity, etc. The sleeve can be used to cover some irregular wires, cables or hoses with good stability and high torsional strength.
Carbon fiber is widely used in high-tech fields such as racing, aerospace .