| Quantity: | |
|---|---|
40-100Mesh
CENOLITE
2621900090
40-100 mesh low density cenosphere for construction cement materials. It reduces material weight, improves insulation value, and supports workability in cement mortar, panels, and lightweight construction products.
▸ This product is selected for construction materials that require lower density, improved insulation, and mineral durability.
▸ The hollow ceramic microspheres reduce material weight and help improve thermal performance in cementitious systems.
▸ Mesh size should be matched with mortar, slurry, panel, or dry-mix processing requirements.
▸ Weight Reduction: Low-density hollow spheres reduce the weight of mortar, panels, and cement products.
▸ Thermal Insulation: The hollow core helps lower heat transfer in building material systems.
▸ Cement Compatibility: Aluminosilicate chemistry is suitable for many cement and gypsum formulations.
▸ Workability Support: Spherical particles can improve mixing and application feel.
▸ Durable Mineral Filler: Inorganic ceramic particles provide stable long-term filling performance.
▸ Lightweight cement mortar
▸ Construction insulation panels
▸ Repair and leveling compounds
▸ Lightweight concrete products
▸ Cement-based insulation blends
| Chemical Analysis (Typical) | |
| SiO₂ | 50-60% |
| Al₂O₃ | 25-40% |
| Fe₂O₃ | 1-6% / low iron grade available |
| CaO | 1-1.5% |
| Physical Properties | |
| Model | 40-100Mesh |
| Shape | Hollow spherical powder |
| Color | Light grey to white |
| Bulk Density | 0.30-0.45 g/cm³ typical |
| True Density | 0.70-0.90 g/cm³ / grade dependent |
| Particle Size | 40-100Mesh |
| Mohs Hardness | 5-6 |
▸ CENOSPHERE TDS (General) — for initial product introduction, customs declaration, and bidding documents.
▸ Construction Grade Specification Sheet — density, particle size, and chemical composition for building material evaluation.
▸ 600 kg jumbo bags — approximately 20 bags per 40' High Cube FCL (total ~24 MT)
▸ 40' High Cube container recommended due to low bulk density (0.30-0.45 g/cm³)
▸ Custom packaging available upon request
▸ 10-year shelf life when stored in dry conditions
▸ Reliable container shipment to all major ports worldwide
▸ They reduce material weight, improve thermal insulation, and support better workability in cement, mortar, panel, and slurry systems.
▸ Yes. The listed mesh grade can be evaluated in cementitious systems; final dosage depends on density, strength, and workability targets.
▸ Yes. The hollow microsphere structure helps reduce heat transfer in lightweight building materials.
▸ Yes, it can be tested in gypsum, mortar, and dry-mix systems after confirming water demand and mechanical performance.
▸ Yes. Samples and technical data can be provided for formulation testing.
▸ Heat Insulation Cenospheres for Building Materials
Contact SEPPE for product specifications, samples, OEM packaging, and bulk pricing.
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