Glass spheres
rWe offer a comprehensive selection of inert hollow glass spheres with excellent properties. Our range includes a variety of sizes of glass microspheres that are used in highway safety, polymer additive, fine abrasive, and conductive product markets. The company is ISO certified.
Hollow glass spheres
We have a range of hollow glass spheres in our portfolio.These products are suitable for water based and solvent based systems.
Typical applications of the hollow glass spheres are:
- Improving isolation of paint
- Decreasing density in paint, adhesives plastics and composites
- Improving mould flow and dimensional stability in plastics and composites
- Improving flow
These products can be offered with unique, very fine particle sizes and are designed for the use in solvent based or solvent free systems.
Hollow ceramic spheres
We offer a complete range of hollow ceramic spheres, both grey and off-white.
Hollow ceramic spheres ( cenospheres) are characterized by very high thermal and mechanical stability.
Features and benefits of the cenospheres are:
- reduced density / reduced weight of final products
- non-combustible
- chemically inert
- temperature resistant up to 1200°C
- excellent acoustic- and thermal insulation
- improved flow- and working properties
- improved mechanical properties including impact strength and dimensional stability
- improved thermal-shock resistance
- no water absorption under pressure
Hollow ceramic spheres (Cenospheres)
Other hollow ceramic spheres we provide are cenospheres in grey and off-white.
Cenospheres are high-quality ceramic hollow microspheres characterized by a high
degree of fineness and highest mechanical resistance. Due to the fine particle size, Cenospheres are predestined for use in coatings as insulating lightweight filler.
Features and benefits are:
- excellent acoustic- and thermal insulation
- reduced density / reduced weight of final products
- improved flow- and working properties
- improved mechanical properties including impact strength and dimensional stability
- improved thermal-shock resistance
- no water absorption under pressure
- non-combustible
- chemically inert
- temperature resistant up to 1200-1600°C