Recently, LSAK Feldspar, a leading domestic supplier of industrial mineral raw materials, announced a major breakthrough in the physicochemical indicators of its core product—premium Albite. It has stably achieved the top-tier “double-high” standard of Sodium Oxide (Na₂O) ≥11% and Alumina (Al₂O₃) ≥20%. This breakthrough is bringing a revolutionary cost-reduction and efficiency-enhancement solution to the high-end fiberglass manufacturing industry.
In recent years, with the explosive growth of emerging industries such as wind turbine blades, aerospace, new energy vehicles, and 5G copper-clad laminates, the market demand for high-performance fiberglass has surged. In the tank furnace drawing process of fiberglass production, the purity and composition of raw materials directly determine the forming quality of the glass melt and the physical limits of the fibers.
The “double-high” Albite launched by LSAK Feldspar precisely addresses the dual pain points of fiberglass manufacturers regarding “drawing yield” and “formula costs”:
Alumina is the core element determining the mechanical strength, tensile modulus, and chemical stability of fiberglass. With an alumina content as high as 20%, this Albite serves as an excellent natural source of aluminum. It significantly enhances the acid/alkali corrosion resistance and tensile strength of fiberglass. More importantly, the extremely high alumina content allows formulators to drastically reduce or even completely replace expensive industrial alumina powder, achieving profound cost savings at the formula level.
In fiberglass drawing operations, controlling the viscosity of the glass melt is crucial. With a high sodium oxide content of 11% acting as a powerful flux, it significantly lowers the melting temperature of the glass batch and effectively improves the fluidity of the glass melt. This not only drastically reduces the energy consumption of the furnace but also makes the glass melt smoother and more uniform when drawn through the bushings, fundamentally reducing phenomena like “fiber breakage” and “flying filaments,” thereby greatly improving the overall production line yield.
In addition to the “double-high” advantages, this premium Albite strictly controls harmful impurities such as iron and titanium. This ensures the purity of the glass melt, prevents impurity stones from damaging the structure of ultra-fine glass fibers, and further extends the service life of platinum-rhodium alloy bushings.
“In the fiberglass industry, a slight deviation in raw materials can lead to a massive difference in yield,” said an R&D executive. “Our ‘11% Na, 20% Al’ Albite is not just a high-spec mineral product, but a tailored ‘quality improvement and cost reduction’ solution for fiberglass enterprises. We aim to help our downstream clients gain a competitive edge in the global market through an extremely stable supply of high-grade raw materials.”
Currently, this premium Albite has achieved large-scale mass production and stable year-round supply. We sincerely invite global fiberglass and composite material manufacturers to contact us for negotiations, request the latest Technical Data Sheets (TDS), and arrange laboratory sampling tests.
We specialize in the mining and deep processing of high-end non-metallic minerals, providing a stable year-round supply of core raw materials such as premium Albite, Quartz, Nepheline, and Potash Feldspar (or Potassium Feldspar). If there is any demand in the future, please feel free to contact us.
Whether you have questions or you would just like to say hello,Contact us！
Call Anytime:
+86 15837207537Send E-mail:
info@lsakminerals.comAddress:
Anyang City , Henan Province, China.