A composite material is made from more than two or more individual materials that can be ideally combined to produce a flexible material with varied chemical and physical properties. The composite materials manufacturing industry produces an extensive range of items, like furniture, vehicles, etc. Composite material comes with top benefits
- Tight forbearance
- Fit to be repeated moldings
- Resistance to Chemical
- Corrosion Resistance
- Design Flexibility
- High Flexural Modulus to Carry Demanding Loads
- High Impact Strength
- High Performance at high temperatures
Composite materials are one of the potential materials around. Considering the material mass, these are stronger than most other materials. It’s no surprise that they are the material for every powerful thing from airplanes to automobiles.
When it comes to strength, there are 4 structural designs: specific, tensile, shear, and compressive strength.
The specific strength is the ratio of strength to weight ratio of the material. If the strength of a substance is divided by its thickness, it will give you the “specific strength.” The specifiers, engineers, and designers seek material for high specific strength. The Composite materials are applied where weight is dominant, such as airplanes and cars.