Basalt Microtruss

Characteristics of basalt fiber

Chemical composition	Percentage (%)
SiO2	53.5-63.5
Al2O3	14.5-20.0
CaO	5.0-8.1
MgO	3.0-5.5
Na2O+K2O	3.0-7.0
TiO2	0.4-2.5
Fe2O3+FeO	≥7.0

Green and environmentally friendly
Natural raw materials, 100% utilization, no chemical reaction in the production process
Acid and alkali corrosion resistance
Low CaO and MgO content, alkali resistance ≈ alkali-resistant glass fiber
UV radiation resistance
Contains Fe2O3 and FeO, which is conducive to UV resistance
Outstanding high temperature resistance
High SiO2 and Al2O3 content, 80% strength retention at 300℃, no deformation at 650℃, no softening at 1000℃
Good mechanical properties
20% higher than E glass fiber, close to S glass fiber and aramid fiber
Others
Low dielectric, high insulation, wave transmission, ablation resistance

Characteristics of basalt fibe

Basalt Microtruss

Basalt Microtruss1

	Before Irradiation	After Irradiation	1 Month After Irradiation
GBF	100	98.9	91.3
PerformanceSpec	100	97.9	77.1
Default	100	98.8	87.9

Basalt three-dimensional grid detection report

Serial number	Test items		Test basis	Test results
1	Dipped yarn tensile propertiesᵃ	Tensile strength MPa	GB/T 20310-2006	2.62×10³
2		Elastic modulus GPa		79.6
3		Elongation at break %		3.40
4	Alkali resistance	Single filament tensile strength MPa	GB/T 25045-2010 Appendix A	3.03×10³
		Single filament tensile strength MPa		2.67×10³
		Single filament strength retention rate %		88.1

According to tests conducted by authoritative organizations, its alkali resistance retention rate can reach 88%, making it suitable for cement-based environments.

Basalt Microtruss2