Leddytork Carbon Fiber Products

Carbon Fiber Precursor

Carbon fiber, known for its high performance, lightweight, and high strength, is widely used in fields like aviation, automobiles, ships, and sports equipment. Carbon fiber precursor, also known as carbon fiber precursor filament, refers to the polymer filament used to produce carbon fiber.

PU production line

Carbon Fiber Full Wrapping G..

Product: Type I Carbon Fiber Cylinder，Process: Dry Filament Winding

Exoskeleton

Components: Complex-shaped structural parts (e.g., arcs, squares)，Function: Assist human motion or enhance load bearing capacity

The Ring

Technology: Special alloys or coating technologies，Key Functions: Motion monitoring, health tracking (heart rate, SpO₂)

Aerodynamic Cap

Material: Carbon Fiber，Design: Streamlined for minimal drag

Tubes · Plates · Rings Parts

Forms: Tubes, plates, rings，Applications: Aerospace, high-end sports gear, precision structures

Drive Shaft)

Advantage: Lightweight, high torque transfer, corrosion resistant

High-end UAV & Aircraft Aero..

Application: High-end UAV/Aerodynamic Parts，Benefit 1: Lightweight for extended endurance

Fairing

Function: Reduce drag, protect internal equipment，Applications: Aircraft, racing cars, wind turbines

Preoxidized fiber (PANOF)

1.Preoxidized fiber, abbreviated as PANOF, is the basic material for producing carbon fiber.2. It has good flexibility, high-temperature resistance, and is non-flammable, with a flame-retardant grade of S-A.

Polyacrylonitrile Carbon Fib..

Polyacrylonitrile based carbon fiber(Carbon fiber made from PAN precusor): Polyacrylonitrile based carbon fiber is formed through several stages of spinning, pre oxidation, and carbonization of polyacrylonitrile.

Carbon Fiber Fabric

Carbon fiber fabric is also known as carbon fiber weaving cloth, carbon fiber prepreg, carbon fiber reinforced cloth, carbon fiber tape, carbon fiber sheet (prepreg cloth), etc.

Carbon Fiber Prepreg

Carbon fiber prepreg is a resin matrix impregnated continuous fiber or fabric under strictly controlled conditions to make a composite of resin matrix and reinforcement, and is an intermediate material for manufacturing composite materials

Carbon Fiber Laminated Plate

Carbon fiber laminate is a kind of continuous fiber reinforced thermosetting material, prepared by traditional pultrusion molding process, which contains matrix resin and reinforcement material and other components. Resin mainly includes epoxy resin

Short-cut Carbon Fiber

Chopped carbon fiber is made by cutting carbon fiber filaments using a fiber cutter. Its basic properties mainly depend on the performance of its raw material – the carbon fiber filaments.

Carbon Fiber Production Line

We provide a complete production line and solutions for you, including all process flows: Spool unwinding racks, original filament robotic arms, humidification systems, pre-oxidation furnaces, high and low-temperature carbonization furnaces, surface electrolytic machines

Carbon Fiber CFRP Sheets

Appearance styles: Twill matte, twill glossy, plain matte, pure black (original color), can be sprayed with transparent paint, can print logos, and other pattern designs.

Carbon Fiber CFRP Tubes

Carbon fiber tubes, also known as carbon fiber pipes or carbon tubes, are made by impregnating carbon fiber composite materials into styrene-based polyester resin, followed by heating, curing, and pultrusion (or winding)

Carbon Fiber CFRP Wind Turbi..

The modulus of carbon fiber is 3-8 times higher than that of fiberglass, and its density is approximately 30% lower, which can simultaneously meet the requirements for larger and lighter blades.

Carbon Fiber CFRP Pressure V..

Carbon fiber composite pressure vessels are primarily used in aerospace, marine engineering, and transportation fields, with slower development in the civilian industrial sector. In recent years, the rapid growth of clean energy natural gas vehicles has brought attention to composite pressure vessels.

Carbon Fiber CFRP Robotic Ar..

The work of industrial robots, medical robots, logistics loading robots, and others primarily relies on robotic arms. The robotic arm is one of the main components of the robot that executes operational tasks.

Carbon Fiber CFRP Drones

Carbon fiber composites exhibit excellent strength, making them suitable for various parts of a drone, such as the arms and wing skeletons. Compared to aluminum alloys, carbon fiber reduces the weight by 30%, improving the drone's endurance and increasing its payload capacity

Carbon Fiber CFRP Engine Mou..

Devices such as cameras and surveying instruments, which require convenient and stable support at all times, need a sturdy and lightweight mounting structure. Carbon fiber composite tubes are ideal materials for manufacturing such supports.

Carbon Fiber CFRP Sleeve Mot..

The three high-speed motors in the Tesla Model S Plaid feature a groundbreaking carbon fiber sleeve rotor, with the motor reaching speeds of up to 20,000 RPM. The higher the motor's speed, the faster the vehicle can travel

Carbon Fiber CFRP Rollers

Carbon fiber rollers, using carbon fiber tubes as the roller body, can be widely applied in industries such as printing, papermaking, plastics, film, textiles, and potassium battery electrode winding machines. The high-precision carbon fiber tubes used to make roller shafts offer significant performance advantages compared to shafts made from aluminum alloy materials

Carbon Fiber CFRP Medical Be..

The most common application of carbon fiber in medical devices is in carbon fiber medical boards. The excellent X-ray transparency is the most prominent advantage of carbon fiber medical boards. In fact, carbon fiber tubes are also frequently used in medical devices, such as in wheelchairs, where carbon fiber is an excellent weight-reducing component.

Carbon Fiber CFRP Golf Clubs..

Carbon fiber tubes were among the earliest applications for golf clubs, ski poles, and fishing rods. The key difference between carbon fiber golf clubs and steel clubs is their weight, which directly affects the swing speed for most players. Carbon fiber clubs can be 2-4mph faster, resulting in a 6-12 yard increase in hitting distance

Carbon Fiber CFRP Windsurfin..

Typically divided into three levels: FLX100, FLX65, and FLX40. All masts are made using a winding process to ensure precise control over the tension of the fibers and perfect resin impregnation (avoiding defects caused by air bubbles between layers).

Carbon Fiber CFRP Winding Ma..

The carbon fiber winding molding process involves a winding machine that follows a pre-set program on a computer, precisely weaving a set of yarns on a pre-designed mold, ultimately forming a composite material product. This highly mechanized molding process has several advantages.

Composite Material Autoclave

The autoclave for composite materials is primarily used for curing and forming various resin-based composite components and metal-bonded components. The materials cured and formed using an autoclave include carbon fiber prepreg, glass fiber prepreg, Kevlar fiber prepreg, and honeycomb sandwich structures.

Prepreg Production Equipment

Includes spreading machines, multi-tow prepreg fiber production lines, hot-melt prepreg machines, prepreg fiber production lines, and prepreg tape equipment.

Carbon Fiber Composite Curin..

This equipment (energy-saving hot air circulation high-temperature curing oven) is mainly used for high-temperature curing and product shaping in the composite materials and carbon fiber industries. The curing oven is a key process equipment for the molding of polymer matrix composite components.

Hydraulic Autoclaves for Car..

The hydraulic autoclave is primarily used for the curing and molding of various resin-based composite components and metal-bonded structures. It is specifically designed for the hydraulic curing process of carbon fiber prepreg, glass fiber prepreg, and Kevlar fiber prepreg structures. This equipment enables vacuum extraction, heating, and pressurized curing to form composite products.

Impregnation Tanks for Carbo..

The working principle of the impregnation tank mainly involves steps such as vacuum treatment, liquid injection treatment, pressurization treatment, pressure relief treatment, and post-vacuum treatment.

Carbon Fiber Precursor

PU production line

Carbon Fiber Full Wrapping G..

Exoskeleton

The Ring

Aerodynamic Cap

Tubes · Plates · Rings Parts

Drive Shaft)

High-end UAV & Aircraft Aero..

Fairing

Preoxidized fiber (PANOF)

Polyacrylonitrile Carbon Fib..

Carbon Fiber Fabric

Carbon Fiber Prepreg

Carbon Fiber Laminated Plate

Short-cut Carbon Fiber

Carbon Fiber Production Line

Carbon Fiber CFRP Sheets

Carbon Fiber CFRP Tubes

Carbon Fiber CFRP Wind Turbi..

Carbon Fiber CFRP Pressure V..

Carbon Fiber CFRP Robotic Ar..

Carbon Fiber CFRP Drones

Carbon Fiber CFRP Engine Mou..

Carbon Fiber CFRP Sleeve Mot..

Carbon Fiber CFRP Rollers

Carbon Fiber CFRP Medical Be..

Carbon Fiber CFRP Golf Clubs..

Carbon Fiber CFRP Windsurfin..

Carbon Fiber CFRP Winding Ma..

Composite Material Autoclave

Prepreg Production Equipment

Carbon Fiber Composite Curin..

Hydraulic Autoclaves for Car..

Impregnation Tanks for Carbo..

Carbon Fiber Products

High-Strength Carbon Fiber Production Line

PU production line

Carbon Fiber Composites

Carbon Fiber Composite Production Equipment