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Carbon Fiber

Material Composition:
- Made from thin strands of carbon atoms bonded together in a crystalline structure.
Strength:
- Very high tensile strength.
- Excellent strength-to-weight ratio.
Weight:
- Lighter than fiberglass.
Flexibility:
- Very stiff and rigid.
Durability:
- High impact resistance.
- Very resistant to fatigue and environmental factors.
Cost:
- Significantly more expensive than fiberglass.
Applications:
- Widely used in aerospace, automotive racing, sports equipment, and high-performance applications.
- Suitable for critical structural components where weight savings and high strength are essential.

Material Composition:
- Made from chopped carbon fibers combined with resin and compressed in a mold to form a solid composite.
Strength:
- High tensile strength, though slightly lower than traditional woven carbon fiber.
- Excellent strength-to-weight ratio, but slightly lower stiffness than woven.
Weight:
- Lighter than fiberglass
Flexibility:
- Moderately stiff but less rigid than woven carbon fiber due to random fiber orientation.
Durability:
- Good impact resistance.
  - Highly resistant to fatigue and environmental factors, with good durability in harsh conditions.
Cost:
- Lower cost than Traditional Carbon fiber
Applications:
- Used in high-performance automotive, aerospace, and sports applications.
- Popular in cosmetic applications due to its unique appearance, often used in watches, phone cases, and high-end automotive parts.
- Suitable for smaller complex geometries due to its molding process.
- Ideal for any thickness

Material Composition:
- Made from fine fibers of glass.
Strength:
- Good tensile strength.
- Moderate strength-to-weight ratio.
Weight:
- Heavier than carbon fiber.
Flexibility:
- More flexible, less stiff than carbon fiber.
Durability:
- Good impact resistance.
- Resistant to environmental factors like moisture and corrosion.
Cost:
- Cheaper than carbon fiber.
Applications:
- Commonly used in construction, automotive, and marine industries.
- Suitable for less critical structural components.

Flammability:
- Standard flammability; will burn if exposed to fire.
Heat Resistance:
- Moderate heat resistance.
Usage:
- Suitable for general applications where fire resistance is not a primary concern.
Cost:
- Cheaper than flame retardant epoxy.

NOTE: Most composite parts use normal epoxy resin.

Flammability:
- Enhanced fire resistance; designed to resist ignition and limit flame spread.
Heat Resistance:
- Higher heat resistance compared to normal epoxy.
Usage:
- Essential for applications where fire safety is critical.
Cost:
- More expensive due to the additives that provide flame retardant properties.