High Density Natural Barium Sulfate Factory and Suppliers in China
Premium high density natural barium sulfate from a leading China factory. As a professional weighting agent, it increases drilling fluid density to balance formation pressure. Contact top suppliers for cost-effective blowout prevention solutions.
About this product
Product information from the supplier.
Our High Density Natural Barium Sulfate, also known as industrial-grade barite, is a premium weighting agent jointly developed with the Changqing Oilfield Company of the China National Petroleum Corporation. Specifically engineered for the rigorous demands of oil and gas exploration, this material provides the critical specific gravity required to maintain well control and prevent blowouts in high-pressure environments.
Characterized by its exceptional chemical stability, insolubility in water and oil, and inert nature, our barium sulfate ensures superior borehole stability and efficient cuttings transport. Whether utilized for plugging leaks or as a foundational component in drilling muds, it offers a cost-effective and reliable solution for enhancing operational safety and productivity across global energy sectors.
Detailed Parameters
| Density (g/cm³) | ≥ 4.2 (Typical: 4.24) | Water-soluble Alkaline Earth Metals | ≤ 220 mg/kg |
|---|---|---|---|
| Residue on 75μm Sieve | ≤ 2.8% (Actual: 1.2%) | Viscosity Effect (Before CaSO4) | ≤ 136 mPa.s |
| Viscosity Effect (After CaSO4) | ≤ 136 mPa.s | Acid-soluble Content | ≤ 11.0% |
| Test Standard | GB/T 5005-2010 | Chemical Nature | Inert/Insoluble |
| Customization | Available per oilfield conditions | Primary Use | Weighting Agent |
Key Advantages
Blowout Prevention
High specific gravity balances subsurface formation pressure to prevent hazardous blowouts in deep drilling.
Borehole Stability
Exerts consistent hydrostatic pressure to prevent borehole wall collapse in unstable geological formations.
Chemical Inertness
Non-reactive with drilling fluid additives or formations, ensuring stability under extreme temperatures.
Optimized Rheology
Enhances drilling fluid circulation and ensures the efficient transport of rock cuttings to the surface.
Uniform Suspension
Controlled particle size prevents settling, maintaining consistent mud density throughout the operation.
Cost Efficiency
A naturally abundant and economical alternative to expensive synthetic weighting agents.
Product Gallery
Management Platforms
Quality Control
Strict adherence to GB/T 5005-2010 standards for every batch produced.
Custom Processing
Ability to customize specific gravity based on specific oilfield geological conditions.
Supply Chain
Stable and large-scale supply capacity for global energy exploration projects.
Technical Support
Expert guidance on mud weight optimization and rheological properties.
Diverse Applications
Beyond drilling: suitable for radiation shielding and specialized industrial coatings.
Environmental Compliance
Eco-friendly extraction and processing methods for sustainable mining.
Investment Return Comparison
| Feature | Natural Barium Sulfate | Synthetic Alternatives |
|---|---|---|
| Material Cost | Low / Economical | High / Expensive |
| Density Stability | Excellent (4.2+) | Variable |
| Chemical Reactivity | Inert / Non-reactive | Potential Interactions |
| Availability | Abundant Natural Source | Limited Manufacturing |
| Operational ROI | High (Lower OpEx) | Moderate (Higher OpEx) |
Frequently Asked Questions
It serves as a primary weighting agent in drilling fluids to increase mud density, which balances formation pressure and prevents blowouts during exploration.
By increasing the fluid density, it exerts consistent hydrostatic pressure against the borehole walls, preventing collapse in unstable geological formations.
Yes, while the standard specific gravity is ≥ 4.2, we can customize the density to meet the specific requirements of different oilfield conditions.
No, Natural Barium Sulfate is chemically inert and insoluble in water and oil, ensuring it does not react with other fluid components under extreme conditions.
Due to its high density and absorption properties, it is widely used in radiation shielding materials and specialized industrial coatings.
It offers a superior balance of performance and cost, providing the necessary density and stability without the high price tag of synthetic alternatives.