Wise Use Of Composite Using Composite Testing Instruments

Wise Use Of Composite Using Composite Testing Instruments

Composite Testing Instrument

Composites are made from a mixture of two or more base materials. Multiple materials are mixed together to make composite so that best property of each component can be used in manufacturing. Composite materials provide strength or durability as well as additional benefits such as corrosion or moisture. The thermoplastic, composite wood products and fiber cement are an example of composite materials. This material is adapted for many different industries due to the unique features such as lightweight, high strength, chemical and corrosion resistance, elastic, and non-conductive. Combining two or more different materials create superior and unique material, this is the better definition for composite. Composite also describes reinforced plastics. The properties of the composite are verified using Composite Testing Instruments by Presto.

Features of Composite

  • These materials are lightweight as compared to wood and concrete metal. The structure of composite weigh one-fourth of a steel structure having the same strength, this means that if a vehicle or car made of composites, it can weigh one-fourth of a car that made of steel, means huge fuel savings.
  • The flooring and doors are made from composite materials look like wood with no need of maintenance. The walls of bathroom and kitchen made of same materials create a waterproof and durable surface that allows easy cleaning.
  • The commercial and residential construction require composite products, for example, plastic laminated beams are used in homes to prevent the termite damage. The outdoor decks and porches are also made with composite.
  • The composite materials had made the modern aircraft more efficient. The fiberglass reinforced carbon fiber or aluminum are very lightweight to fly but has good strength to tolerate the pressure of high altitudes. The wings and tails of the aircraft often made from composites, which can hold a wide range of temperatures and has resistant to rust.
  • The composite materials such as fiberglass and thermoplastic are used to making the advanced boats. Composite provides excellent performance and requires less maintenance. Due to the lightweight, it can float effortlessly and can resist cracking. The composite boats are in continuous exposure of salty water but still maintains a resistance against corrosion.
  • The ballistic protection machines and bulletproof vests are also made of carbon-based composite fibers as it has lightweight and can provide the protection from flames, explosives, and bullets.
  • Various sports goods are made of composite, like baseball bats. The composite materials have the ability to resist breakage that is the reason the tennis and golf manufacturers prefer this material. The composite materials add flexibility and durability to the products.

After reading the above points, it is very clear now that composite plays a significant role in manufacturing industries, and it is important to check the quality of the composite material using the best Composite Testing Instruments.