
Active Silica
High-Purity · Amorphous · Highly Reactive · Biogenic
Discover Active Silica →
Active Silica · Amorphous Silica · Biogenic Silica
High-Purity, Highly Reactive Biogenic Silica from Renewable Agricultural Resources.
Green Silica. Advanced Performance.
Active Silica From Renewable Resources
A high-purity, bio-derived amorphous silica produced from naturally silica-rich agricultural resources.

Our Products
Main Applications
Our amorphous silica and potassium silicate provide reactive silicon and potassium to support stronger plant tissues, improved stress tolerance, and more efficient crop nutrition.
Our porous, silica-rich material can be evaluated as an alternative to diatomite and other mineral filter aids, combining physical filtration with additional surface adsorption from its silica structure and residual carbon.
With high SiO2 content, amorphous structure, low moisture and low bulk density, our Active Silica is being developed as a renewable alternative to precipitated silica, for use as a functional and reinforcing filler in rubber and polymer compounds.
Silica is widely used in refractory bricks and high-temperature ceramic systems for its thermal stability, while potassium silicate can serve as an inorganic binder. Our amorphous silica offers a reactive silica source for refractory formulations, with potassium silicate available as a complementary binder system.
Silica-based materials are used as tundish covering and insulating materials, where they provide high-temperature stability, good flow behaviour and effective surface coverage. Our silica-rich material is suited to evaluation in these high-temperature metallurgical applications.
Functional filler for compounds and specialty formulations.
A Greener Source of Silica
Conventional silica is produced from mineral resources using energy-intensive processes. We recover it from renewable agricultural resources instead.
How we do it→Contact Us
Tell us your application and we will get back to you with the right material and the supporting technical information.