How to Improve Casing Running Speed? Best Glass Microspheres for Torque Reduction。Bulk Glass Microspheres for Drilling Contractors。Designed for advanced drilling fluid systems to improve thermal insulation, reduce density, and enhance rheological control in high-pressure or high-temperature environments.
Name: High-Performance Glass Microspheres (HPGM)
Application: Advanced drilling fluid additive designed to enhance lubrication performance, reduce friction, and improve casing running efficiency in water-based and oil-based drilling systems.
Appearance: Free-flowing white spherical particles.
Superior Lubricity:
Reduces torque & drag by ≥50% through optimized surface friction reduction.
Elastic rebound effect enhances wellbore wall stability.
Thermal Stability:Withstands temperatures up to 200°C, suitable for HPHT (High-Pressure High-Temperature) wells.
Compatibility:Zero impact on drilling fluid rheology (no changes in viscosity or filtration).
Compatible with all water-based and oil-based drilling fluids.
Parameter Value/Description
Appearance White spherical microspheres.
Applications：Complex Wellbores: Reduces stuck pipe risk in horizontal, directional, and ultra-deep wells.
Casing Running: Improves efficiency by lowering casing drag ≥30%.
Offshore Drilling: Resists saltwater contamination and maintains performance in harsh environments.
Dosage：Recommended: 0.5%-2.0% by volume of drilling fluid (adjust based on well conditions).
Add directly to active mud system; no pre-mixing required.
Compatibility Testing:
Conduct rheology and filtration tests before large-scale use.
Packaging: 25 kg triple-layer kraft bags
Storage Conditions:
Keep dry and protect from direct sunlight and moisture.
Validity Period: 24 months from production date (see batch code for details).
Additional Details：
Versatile Application: The product adaptability allows it to be tailored for different drilling scenarios, ensuring optimal performance and cost-effectiveness.
Disclaimer: The above information is provided for reference only. Actual performance may vary based on specific drilling conditions and operational practices. Please consult with technical experts for detailed application guidance.
