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    An Overview of Epoxy Resins
    An Overview of Epoxy Resins
    Epoxy resins are known for high performance. They are the building blocks for adhesives, coatings, reinforced plastics, and composite materials such as fiberglass and carbon fiber, which remain intact under intense conditions. When properly cured, epoxy resins offer a number of desirable characteristics. Learn more...
    The Primary Applications of Carbon Fiber Plates
    The Primary Applications of Carbon Fiber Plates
    Carbon fiber plates consist of multiple laminations of carbon in an epoxy matrix. These sheets come in sizes up to 48 inches by 96 inches and thicknesses up to 1½ inches. Carbon fiber plates are often a better material choice than titanium, aluminum, or steel. They are used in wide range of applications due to their unique characteristics.
    How Carbon Fiber is Used in Musical Instruments
    How Carbon Fiber is Used in Musical Instruments
    Due to its strength, high stiffness to weight, and low damping, carbon fiber has become a sought-after material in various aspects of musical instrument construction, from basic instrument reinforcement to all-out instrument design.
    Is DIY Carbon Fiber Fabrication Feasible?
    Is DIY Carbon Fiber Fabrication Feasible?
    While most carbon fiber composite customers are professionals who purchase pre-fabricated carbon fiber components for use in manufacturing their products, there are certainly do-it-yourself hobbyists who would like to be able to fabricate their own CF parts. These hobbyists might wonder, is DIY carbon fiber fabrication feasible? In short, yes it is.
    The Best and Safest Way to Cut Carbon Fiber Sheets
    So you determined the best way to accomplish your carbon fiber project is to purchase and cut them yourself. This is certainly a valid option, but there are a few things to know before you begin, to ensure the safest and highest quality cutting job.
    Why You Should Opt for Custom Carbon Fiber Fabrication
    Why You Should Opt for Custom Carbon Fiber Fabrication
    If you search the internet long enough, you can find instructions on how to do just about anything yourself. In some cases, a handy person saves both time and money this way. However, sometimes it pays to let a professional handle the job. This is the case with custom carbon fiber fabrication. When you hire a professional for your custom carbon fiber fabrication job, you receive a lot of benefits that just don’t exist with DIY methods.
    How to Identify Quality Carbon Fiber Sheets
    How to Identify Quality Carbon Fiber Sheets
    Carbon fiber sheeting is a high-performance product, and can be relatively expensive to purchase. Unfortunately, there are companies selling less expensive carbon fiber products which are of lower quality. Purchasing carbon fiber sheeting is definitely a time when "you get what you pay for." If a project justifies the expense of using carbon fiber sheet over another material, it is wise to do your research and invest in a quality product, rather than looking only for the lowest price. Here are a few characteristics to look for, to ensure you’re making a quality purchase.
    What are Carbon Fiber Tubes Used For?
    What are Carbon Fiber Tubes Used For?

    Tubular structures are useful for a wide array of applications. Therefore, it should come as no surprise that the unique properties of carbon fiber tubes place them in high demand in many industries.  More and more often these days, carbon fiber tubes replace steel, titanium, or aluminum tubes in applications where weight is an important factor.

    Carbon Fiber 101: Understanding Weaves and Fabrics

    After carbon fibers have been manufactured and sized, they are often woven into fabrics. There are many different types of fabrics to choose from and have many different uses.

    How is Carbon Fiber Made?
    How is Carbon Fiber Made?

    While the basis of carbon fiber—fibers made of carbon—sound simple enough, there are myriad ways to combine these relatively simple fibers, often with other products, to create the stronger, stiffer, and lighter materials highly favored by design engineers for modern high-tech projects.