Application: Basalt fiber is used for composite armor, engine reinforcement protection, anti-collapse lining to protect passengers, and can also be used to manufacture suspension, transmission components and engine compartment heat shields.
Features: Tensile strength 3000 – 4800MPa, strong anti-elasticity; can absorb energy and weaken attack damage; density 2.6 – 3.0g/cm³,
light weight, easy to handle; melting point 1450 – 1500°C, high temperature resistance, good thermal insulation; good chemical stability, resistance to complex chemical environment.
3000 - 4800MPa, providing strong bullet resistance.
Melting point 1450 - 1500℃, excellent heat insulation.
Density 2.6 - 3.0g/cm³, easy to maneuver.
Basalt fiber can be woven with other materials into camouflage nets, providing flexibility for weaving and shaping. These nets effectively cover the defense and blend seamlessly with the natural environment.
The chemical stability of basalt ensures durability in various climate conditions and resists damage from acid rain and salt spray.
In addition, its high temperature resistance makes it suitable for desert areas to prevent deformation or damage.
Visual Camouflage: Blends with natural surroundings.
Chemical Stability: Resistant to acid rain and salt spray.
High-Temperature Resistance: Suitable for desert environments.
Basalt fiber is a game changer for fortifications, providing superior compressive strength and impact resistance.
By integrating basalt fiber into concrete, structures such as bunkers and shelters are more resilient to enemy attacks, ensuring long-term durability even in harsh environments.
Reduces car body weight, improving fuel economy and acceleration.
Enhances the structural integrity of car frames and interiors.
Absorbs energy during collisions, protecting passengers.
Basalt fiber resists seawater erosion, extending the ship's service life.
Provides a safe environment with fireproof and moisture-proof properties.
