Applications

• Cenospheres are 30-85% lighter than most minerals commonly used as fillers. Density ranges from 0.40-0.95.
• Inertness permits cenospheres to be used in a wide variety of formulations.
• A strong outer shell is stronger than man-made glass spheres.
• Reduced shrinkage can be achieved.
• Spheres have the lowest surface area to volume. High loading is possible. Less
  viscosity can be produced.
• Flow characteristics can be improved in most applications.
• Thermal and insulation properties can be created or enhanced.
• Cenospheres remain stable beyond 1000 C.
• Cost Effective

CONSTRUCTION:
Paints, coatings, mortars, adhesives, spackle, putty, cement, stucco, roofing materials, acoustic panels, tile backer boards, Exterior Insulation Finishing Systems (EIFS) Gunite, shotcrete, flooring, fire protection, decorative moldings, sheet molding compounds,
synthetic wood.

PLASTICS:
Low-Density Polyethylene, Polypropylene, PVC, nylon, molding, mold making.

AUTOMOTIVE:
Undercoatings, brake pads and linings, sealants, plastics, soundproofing, body fillers, and putties, composites.

CERAMICS:
Ceramic tiles, firebricks, coatings, refractories, castings, insulating materials, and adhesives.

RECREATION:
Flotation, Bowling Balls, surfboards, Kayaks, Golf Equipment, Marine putty, and patching compounds.

ENERGY:
Oil well cement, drilling formulations.

TECHNOLOGY:
Industrial coatings, explosives, aerospace composites and coatings, and thermal coatings.