Two wet-process routes, a full post-processing toolkit, and application-level analytics — the engineering base behind every grade.
Precipitation and gelation produce fundamentally different particle architectures. Having both in-house means the route follows the requirement — never the other way around.
A controlled wet-process route in which particle formation, aggregation and structure build-up are steered through process conditions. Well suited for reinforcing, carrier and functional filler profiles at scale.
A route in which a three-dimensional network forms first and is then broken down, dried and classified — producing distinct pore architectures and surface characteristics for matting, carrier and high-absorption profiles.
Hydrophobic modification and functional surface chemistry for media compatibility.
Particle size cuts and distribution control matched to your process window.
Drying routes selected to preserve — or deliberately adjust — pore architecture.
Calcination options where the application calls for modified surface and structure.
Certificates tell you what a material is. Application-level testing tells you what it does. Our characterisation covers both:
Our synthetic silicas and calcium silicates are amorphous. From an occupational-health classification standpoint, amorphous silica is categorised differently from crystalline silica — a distinction rooted in mineral structure, not in brand or supplier. Safety documentation is available on request.
Our engineers are happy to go deep — route selection, surface chemistry, pore design. Bring your toughest requirement.
