Hollow Glass Microspheres for Insulation and Buoyancy
Lightweight, strong, and versatile glass microspheres for your advanced material needs.
Get a Quote & SampleProduct Core Value
Hollow Glass Microspheres
Our hollow glass microspheres are advanced inorganic non-metallic products characterized by their uniform size, low density, and excellent insulating properties. They are ideal for reducing the weight of composite materials while enhancing mechanical performance and thermal insulation.
- Discover the benefits of using hollow glass microspheres for insulation in your next project.
- Explore how these microspheres can improve the buoyancy of various materials.
- Learn about the superior mechanical strength offered by borosilicate glass microspheres.
- Understand the applications of lightweight composite materials additives in modern manufacturing.
Key Advantages
Enhanced Insulation
Utilize the exceptional thermal insulation properties of hollow glass microspheres for superior energy efficiency in construction and coatings.
Weight Reduction
Incorporate these lightweight composite materials additives to significantly decrease the overall weight of your final products without compromising strength.
Improved Mechanical Strength
Benefit from the high strength of these borosilicate glass microspheres, contributing to the enhanced rigidity and impact resistance of materials.
Key Applications
Coatings
Enhance paint and coating formulations with our glass microspheres for improved durability and insulation, a key aspect of coating auxiliary agent hollow microspheres.
Plastics
Improve processing and performance in plastics like PVC flooring and nylon using our specialized glass microspheres, making them an excellent choice for glass microspheres for plastics.
Composites
Create advanced composite materials such as FRP and man-made marble, leveraging the lightweight and strength properties, a perfect example of hollow glass microspheres for buoyancy.
Construction
Boost the thermal and acoustic performance of building materials with these high-performance hollow spheres, ideal for heat preservation hollow glass microspheres.