200gsm carbon fiber fabric cloth with epoxy resin

Introducing the "Carbon Fiber Confetti Cloth" - the ultimate accessory for professionals who like to add a dash of pizzazz to their work attire! Made from the finest 200gsm carbon fiber fabric cloth, this cloth is not your average run-of-the-mill accessory. With its sleek and stylish design, you'll be the talk of the office as you strut around in this lightweight, yet durable masterpiece. But wait, there's more! Our secret ingredient - epoxy resin - not only adds a shiny finish to the cloth, but also doubles as a natural adhesive. Need to fix a broken coffee mug or a shattered dream? Simply whip out your Carbon Fiber Confetti Cloth and voila! It's like having a superhero cape, but for your everyday office mishaps. So, whether you're a CEO, engineer, or just someone looking to spice up their work wardrobe, the Carbon Fiber Confetti Cloth is here to make you the envy of your colleagues. Get ready to turn heads and leave a trail of confetti behind you, because boring office attire is a thing of the past!

200gsm Carbon fiber fabric cloth with epoxy resin

200gsm carbon fiber fabric cloth is a high-quality material used in various industries, including aerospace, automotive, and sports equipment manufacturing. It is made from carbon fibers that are woven together to form a strong and lightweight fabric.
The fabric is typically coated with epoxy resin, which serves as a binding agent and enhances its strength and durability. Epoxy resin is known for its excellent adhesive properties, chemical resistance, and ability to withstand high temperatures.
When combined with epoxy resin, the 200gsm carbon fiber fabric cloth becomes even more rigid and robust, making it ideal for applications that require high strength-to-weight ratio. The epoxy resin also provides a smooth and glossy finish to the fabric, enhancing its aesthetic appeal.

Epoxy Resin Usage in Carbon fiber prepreg cloth

The quasi-static mechanical properties of composite specimens made with an epoxy resin and a bio-based epoxy resin commercially available are com- pared. Even if there is an increasing amount of research on this fundamental subject in the literature, a detailed comparison of the quasi-static mechanical properties of epoxy and bio- based commercially available composites is of utmost interest among not only universities but also industry. It focusing on the struc- tural integrity of composite components. Carbon fiber fabric composite laminates (eight layers) with commercially available epoxy and an epoxy resin with 31% bio content were manufactured. Tensile tests on the investigated resins were carried out. Thereafter, tensile, compression, shear and flexural tests were carried out on specimens cut from composite laminates manufactured with the two investigated resins. The experimental mechanical properties were properly selected, since they allow to calibrate a numerical model in the LS-Dyna environment that can be used also for the simulation of complex components or structures. The paper therefore also addresses the simulation of the mechanical response of composite materials, which is a debated subject in the literature but is vital for assessing the structural integrity of the components that are to be designed. The numerical model developed in the paper has beenverified using the experimental data of both epoxy and bio-based composites and can be reliably used in the design of composite structures

Surface red substance

It is a protective film,can be red ,green,blue and other colors.