High Alumina Silica Microsphere For Cementing

What Is High Alumina Silica Microsphere For Cementing?

▸ This product is selected for oilfield systems where lightweight density control and downhole stability are required.

▸ The hollow aluminosilicate structure helps reduce slurry or fluid density while maintaining inorganic chemical stability.

▸ Particle size, floatation, density, and strength should be confirmed by batch data and application testing.

Key Performance Characteristics

▸ Density Control: Low true density helps reduce hydrostatic pressure in cementing or drilling systems.

▸ Good Floatation: High floatation supports stable suspension and reduces density segregation risk.

▸ Downhole Stability: Ceramic aluminosilicate chemistry resists common oilfield chemical environments.

▸ Mesh Selection: Controlled mesh size helps match slurry or fluid rheology requirements.

▸ Technical Traceability: COA and specification data can support oilfield project documentation.

Typical Applications

▸ Oil well cementing systems

▸ Lightweight cement slurry design

▸ Lead slurry and filler cement

▸ Low-pressure formation cementing

▸ High-stability cement blends

Chemical Composition & Physical Properties

Technical Documents

▸ CENOSPHERE TDS (General) — for initial product introduction, customs declaration, and bidding documents.

▸ Oilfield Grade COA / Specification Sheet — floatation rate, density, sieve analysis, and oilfield specification data.

Packaging & Delivery

▸ 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

FAQ

❓ Why is floatation rate important in oilfield applications?

▸ High floatation helps maintain uniform slurry or fluid density, reducing segregation during mixing, pumping, and placement.

❓ Can this grade reduce cement slurry density?

▸ Yes. Low-density hollow cenospheres are used to reduce hydrostatic pressure in low-pressure, weak, or loss-prone formations.

❓ Is Model 20-100Mesh fixed?

▸ 20-100Mesh is the standard listed grade. Custom mesh or density ranges can be discussed for specific cementing or drilling programs.

❓ Do you provide oilfield COA and technical documents?

▸ Yes. Batch COA, TDS, density, floatation, and sieve analysis documents can be supplied for project review.

❓ Can SEPPE support slurry or fluid trials?

▸ Yes. Samples are available for laboratory compatibility, density, and performance testing before bulk purchase.