A pure source of Alumina and Silica for high-strength E-Glass.
Fiberglass (E-Glass) requires a precise chemical balance. Iron impurities can discolor the glass and weaken the fibers, which is critical for electrical applications like circuit boards.
Kaolin is a preferred raw material because it provides both Alumina (Al₂O₃) and Silica (SiO₂) in a single, pre-mixed mineral form. Our low-iron content (< 1.3%) helps lower the melting temperature and ensures the structural integrity of the spun glass fibers.
Kaolin provides the Alumina body for the glass melt
Critical for E-glass electrical properties and color control.
Provides chemical durability to the glass fiber structure.
Uniform mineralogy stabilizes the furnace melting process.
Grades for fiberglass and composite applications — providing the controlled chemistry and low iron content essential for high-transmission glass fibres.
A consistent-chemistry kaolin grade providing reliable SiO₂ and Al₂O₃ ratios for standard fibreglass batch formulations. Low variability batch-to-batch ensures stable melt viscosity and fibre draw consistency.
A low-iron washed grade for high-performance E-glass and ECR fibres. Reduced Fe₂O₃ content minimises glass colouration and improves UV transmission, meeting the strict purity demands of electronics and structural composites.
Our upcoming ultra-pure calcined grade targeting optical and specialty glass fibre applications where iron content must be near-zero. Designed for solar glass, high-transmission optical fibres, and advanced aerospace composites.
Factory direct pricing for local and international orders.