Engineered Inorganic Functional Materials

Silica & Calcium Silicate, Designed Around Your Application

SILPORE develops and manufactures porous, functional inorganic materials whose structure is engineered to your requirement — not picked from a catalogue. From pharmaceutical carriers to battery-grade functional powders, we tune the material to fit the job.

Surface AreaPore StructureParticle SizeBulk DensitySurface ChemistryPurity Grade
Two Material Platforms

One Engineering Discipline, Two Mineral Platforms

Both platforms share the same philosophy: a controllable wet-process synthesis route, application-level testing, and scalable manufacturing — so that every grade starts from your requirement, not from our stock list.

Platform 01 — Silica

Synthetic Silica (SiO₂)

  • Precipitated and gel-type routes for distinct particle architectures
  • Porous carrier, reinforcing, matting and functional filler functions
  • Pharma & food, industrial, and battery & energy grade families
View the silica platform
Platform 02 — Calcium Silicate

Synthetic Calcium Silicate (CaSiO₃)

  • Highly porous carrier grades with exceptional liquid-carrying capacity
  • Functional filler grades for flow, anti-caking and reinforcement
  • Engineered for food, nutraceutical and industrial formulations
View the calcium silicate platform
Applications

Where Our Materials Work

Eight industries, one common thread: our materials solve formulation problems that commodity powders cannot.

Pharmaceuticals & Nutraceuticals

Carriers for liquid actives, glidants, disintegration and controlled-release support.

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Battery & Energy Storage

Functional inorganic powders for coating, structural and safety-related roles.

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Rubber & Elastomers

Reinforcement and dispersion behaviour tuned to your compound.

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Food & Beverage

Anti-caking, carrier and processing-aid functions within food-grade frameworks.

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Inks & Coatings

Matting, rheology and anti-settling behaviour for demanding formulations.

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Plastics & Films

Anti-blocking and functional filler roles in polymer processing.

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Personal Care

Absorbency, texture and carrier functions for cosmetic and personal care systems.

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Agriculture

Carrier, anti-caking and conditioning functions for crop nutrition and protection.

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How We Work

From Requirement to Material

A structured development path, with confidentiality built in from the first conversation.

1

Brief

You tell us the application, the target performance, and what your current material fails to do.

2

Design

We propose a material architecture — route, structure, surface — and a development plan.

3

Samples

Lab-scale samples are produced and characterised for your evaluation.

4

Validation

Pilot-scale runs confirm processability and batch-to-batch consistency.

5

Supply

Scale-up to commercial volumes with agreed quality and documentation.

Every project begins under NDA. Your requirement defines the material — never the other way around.
Why SILPORE

Built for Custom Development

Customizable Pore Architecture

Pore volume, pore size distribution and surface area are design variables, not fixed specs.

Multiple Wet-Process Routes

Precipitation and gelation routes give us two distinct toolkits for particle engineering.

Application-Level Testing

We evaluate materials the way you use them — in formulation-relevant tests, not only on paper.

Scalable Supply

A development path that carries through pilot to commercial production.

Have a target performance profile?

Tell us what you need the material to do — we will engineer the structure to match.

Start a Custom Project