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Company Profile,
About Us

카본코어 다이내믹스 is a global manufacturer of carbon fiber composite material products and is dedicated to becoming a world first-class provider of carbon fiber products and service. Jinming founded in 2010, has been growing for nearly 15 years .Since its establishment, our company has been adhering to the business philosophy of “customer demand-oriented and quality-oriented” to provide quality services sustainably for the innovation of the composite materials industry.

what We Do
Business Advantage

Carbon Fiber Manufacturing Methods

We manufacture carbon fiber parts and composite products using a variety of process methods. Or, when the need arises, we will develop a new process altogether to meet your needs and requirements. 

we’re here to all your questions

Carbon fiber is made by heating organic polymer fibers (like polyacrylonitrile) to extremely high temperatures in an oxygen-free environment.

This process, called carbonization, removes non-carbon atoms, leaving tightly bonded carbon structures.

These fibers are then woven or molded into desired shapes and often combined with resins to form strong, lightweight composites.

Carbon fiber can be classified into several types based on modulus, strength, and fiber type.

The main categories include high modulus, high strength, and intermediate modulus fibers.

Additionally, they are categorized by precursor material, such as PAN-based (most common), pitch-based, and rayon-based fibers.

The choice depends on the application, from aerospace to sports equipment.

Carbon fiber is a material known for two things: it’s light, and it’s strong.

It’s made of carbon atoms bonded tightly into crystals that align in long, thin strands.

Imagine something stronger than steel but light enough to float.

That’s why it’s everywhere in high-stakes industries.

People use it to build parts that need to stay strong under stress but don’t add unnecessary weight.

The first version of carbon fiber started in the late 1800s.

It was used in light bulbs!

By the 1960s, engineers began to see its potential beyond electrical use.

Aerospace and high-performance cars jumped in.

Carbon fiber is five times stronger than steel.

But it weighs a fraction of it.

And it resists stretching, doesn’t corrode, and holds up under heat.

It also has incredible fatigue resistance, which means it keeps its shape and strength even after years of use.

Think of planes, race cars, and even high-end sports gear—they need something that holds up without added weight or bulk.

Carbon fiber is a lightweight, high-strength material composed of thin carbon strands woven together and often embedded in resin.

Its properties include high tensile strength, stiffness, and resistance to heat and chemicals.

Applications span aerospace, automotive, sports equipment, wind turbines, and medical devices, emphasizing weight reduction and durability in critical environments.

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