Industrial composites have quite literally changed the way engineers and manufacturers do things. By their nature, industrial composites are superior to older manufacturing materials like wood, steel, and aluminum. Moreover, within the composite space, materials like glass and carbon fibers offer unique benefits for industrial applications.
When comparing glass vs. carbon fibers, both are manufactured by combining fiber with a resin matrix, with the fibers acting as reinforcement while the resin matrices can be formulated to meet exacting requirements. It’s essential to understand that glass and carbon fiber materials bring different strengths to the industrial composites table, offering diverse properties that engineers and manufacturers find attractive.
Both glass and carbon fiber composites are comparable in terms of durability. They hold up exceptionally well against all sorts of natural and environmental stresses. When it comes to strength and stiffness however, they do differ somewhat.
Of the two, carbon fiber composites tend to offer greater tensile strength. They are also more rigid and offer a better strength-to-weight ratio. These properties make carbon fiber composites ideal for aerospace, high performance automotive, and sporting equipment applications.
Glass fiber composites still offer exceptional strength despite not being as strong as carbon fiber. Their advantage is greater flexibility and impact resistance. As a result, glass fiber composites are ideal for manufacturing things like auto body panels, boat hulls, and blades for wind turbines.
Industrial composites are sometimes chosen for their electrical and thermal properties. When comparing glass vs carbon fibers, how do they stack up? In terms of electrical properties, glass fiber is insulating, while carbon fiber readily conducts electricity. This makes glass fiber products ideal for circuit boards and electrical components, whereas carbon fiber is better suited for applications involving grounding and static dissipation.
On the thermal properties front, carbon fiber offers a higher rate of thermal conductivity, making it preferred by engineers for applications where thermal management is critical, such as heat sinks. Meanwhile, glass fiber composites offer better thermal insulation and are preferred in building construction and other applications where proper insulation is essential.
Both glass and carbon fiber composites offer excellent resistance to corrosion as a result of both marine and chemical exposure. But glass fiber products handle certain types of chemicals better, making it a preferred composite for applications such as storage tanks, chemical processing equipment, and marine components.
There are times when the decision between glass and carbon fiber composites is more about cost than anything else. Glass fiber products are the clear winner in such cases. Glass fiber is significantly less expensive for most applications. How much less expensive? Companies can save up to 90% by going with glass fiber composites.
The lower cost associated with glass fiber makes it ideal for certain types of consumer products. Glass fiber might also be preferred when building large structures with limited financial resources, especially when products do not require the greater strength and rigidity you get from carbon fiber.
Glass and carbon fiber materials are just two of the possibilities among a larger number of industrial composites. Is either one right for your applications? Let us sit down and talk about it.
Here at Aerodine, industrial composites make up a substantial portion of our business. Our team would be more than happy to help you figure out which composites are optimal for whatever you are working on. Whether you are building cars, boats, or something we have never heard of, we are confident industrial composites can make it better.
