Composite materials are combinations of two or more materials that enhance performance through unique physical and chemical properties. They consist of a matrix, which serves as a base, and reinforcement materials, often fibers. Different types include polymer, metal, and ceramic matrix composites, each with specific applications in industries like aerospace and automotive.

1. Composite
Materials:
Purpose, History, Uses, and
Characteristics

2. What Is a
Composite
Material?
Composite Material Overview
• Combination of two or more materials for
enhanced performance.
• Each material has unique physical and chemical
properties.
• Comprises a matrix and reinforcement material.
• Matrix: Continuous base material for
reinforcement.
• Reinforcement material: Mostly fiber-
incorporated into matrix.
• Creates a unique composite material with a
variety of combined properties.

3. What Are the Other Names for
Composite Material?
• • Laminate: Composed of laminas, used in
aircraft and sports equipment construction.
• Polymer Matrix Composite (PMC): Polymer
matrix used in aerospace and automotive
industries.
•Metal Matrix Composite (MMC): Uses a
metal matrix for enhanced strength, prevalent
in electronics and aerospace.
• Ceramic Matrix Composite (CMC):
Composed of a ceramic composite reinforced
by other fibers, used in high-temperature
components for heat resistance.

4. Types of composites
• Natural composites
• Classic composites
• Modern composites
• Metal matrix composites (MMC)
• Ceramic matrix composites (CMC)
• Polymer matrix composites (PMC)
• Future composites