SPHERON
Advanced materials. Measurable performance.

Lightweight microspheres engineered for demanding industries

Spheron produces aluminosilicate cenospheres with controlled particle distribution, low density and reliable batch-to-batch consistency.

Controlled particle fractions

Industrial-scale production

Operator preparing a bulk bag of microspheres for handling

Al₂O₃ + SiO₂

Hollow ceramic spheres designed to reduce weight and improve thermal performance.

Inside every sphere

A small particle with a major impact on material performance

Cenospheres are lightweight, hollow ceramic particles formed from aluminosilicate material. Their spherical geometry helps manufacturers lower density, improve flow and engineer better thermal and dimensional performance.

Material engineered for industrial performance

  • Stable physical and chemical properties
  • Technical documentation for each grade
  • Fractions tailored to specific applications

10

Standard product grades

Product range

Controlled fractions for precise formulations

Series E · 0–500 µm

SPH-500E

A broad 0–500 µm E-series grade for industrial formulations requiring a light grey to grey microsphere profile.

Series E · 0–300 µm

SPH-300E

A versatile 0–300 µm E-series grade balancing controlled particle size with industrial processing flexibility.

Series E · 0–150 µm

SPH-150E

A fine 0–150 µm E-series grade for formulations where a smaller maximum particle size is required.

Series A · 0–300 µm

SPH-300A

A versatile 0–300 µm A-series grade with a white to light grey color profile.

Series A · 0–150 µm

SPH-150A

A fine 0–150 µm A-series grade for formulations requiring a smaller maximum particle size and lighter color.

Series A · 0–500 µm

SPH-500A

A broad 0–500 µm A-series grade for large-scale industrial formulations and construction materials.

Series A · 150–300 µm

SPH-150-300A

A controlled 150–300 µm A-series cut for formulations requiring a defined medium particle-size window.

Series E · 150–300 µm

SPH-150-300E

A controlled 150–300 µm E-series cut with a defined medium particle-size window.

Series A · 300–500 µm

SPH-300-500A

A controlled coarse 300–500 µm A-series cut with a white to light grey color profile.

Series E · 300–500 µm

SPH-300-500E

A controlled coarse 300–500 µm E-series cut for formulations requiring larger microspheres.

Industrial production

From controlled processing to export-ready material

A modern production environment supports consistent handling, fraction preparation and secure bulk packaging for industrial customers.

01

Process

Material is handled through a dedicated industrial processing line.

02

Prepare

Fractions are prepared around the requirements of the intended application.

03

Pack

Finished material is packed in bulk bags and prepared for efficient logistics.

Wide view of the Spheron industrial production hall

10

Standard product grades

4

Core quality parameters

Quality by design

Consistency that engineers can specify

Every grade is defined by measurable parameters, including particle size, density, moisture and chemical composition.

Three laboratory flasks presenting different Spheron microsphere fractions
Controlled particle grading Visible differences between material fractions
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Particle size

Controlled grading aligned with the selected product fraction.

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Bulk density

A key parameter for lightweight industrial formulations.

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Moisture

Monitored to support reliable storage and processing.

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Composition

Aluminosilicate chemistry documented for technical evaluation.

Core material advantages

Applications

One material. Multiple industrial advantages.

Spheron microspheres support lighter products, improved processing and better thermal performance across a broad range of formulations.

Al₂O₃ + SiO₂

Construction

Lightweight concrete, dry mixes, insulation and fire-resistant systems.

Al₂O₃ + SiO₂

Coatings & paints

Lower density, thermal barriers and improved application properties.

Al₂O₃ + SiO₂

Polymers & composites

Lightweight fillers for controlled shrinkage and dimensional stability.

Al₂O₃ + SiO₂

Oil & gas

Low-density cement systems and demanding high-temperature formulations.

Al₂O₃ + SiO₂

Refractories

Lower-weight ceramic products with improved insulation performance.

Al₂O₃ + SiO₂

Automotive

Lighter composite components with improved stiffness and acoustic behaviour.
Facility & operations

Production you can see

Facility & operations

Production you can see

Real views from material recovery, processing, packing and on-site logistics.

Technical questions

What engineers usually ask first

The final grade selection depends on your formulation, processing conditions and target density.

They are lightweight, hollow ceramic particles used as functional fillers in industrial formulations.

Selection depends on the application and processing method. Share your target parameters and we will discuss a suitable starting grade.

Yes. Send the intended application and required fraction to our technical team to start the sample discussion.

Product parameters and available documentation can be provided as part of the technical consultation.