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  • High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
  • High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
  • High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
  • High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
  • High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
  • High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field
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High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field

  • 1 - 199 Metric Tons
    $350
  • >= 200 Metric Tons
    $300

Customization:

Customized logo(Min.Order: 30 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 25 pieces)

High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Fracturing Support in Oil Fields: Designed to prop open fractures in oil and gas wells during hydraulic fracturing, enhancing extraction efficiency.
  • Structural Integrity in High-Temperature Environments: Acts as durable furnace kiln fixtures and structural ceramic components, maintaining stability under extreme heat and pressure.

Key features

  • 1. Material Technology

  • With high-strength alumina ceramic material, you can ensure superior durability and corrosion resistance in harsh oil field and furnace environments.

  • 2. Interactive Design

  • With a precision-engineered spherical shape, you can achieve optimal fluid flow and reduced friction in fracking operations.

  • 3. Performance Parameters

  • With a fracture pressure resistance rating of up to 15,000 psi, you can maintain structural integrity under extreme wellbore pressures.

  • 4. Scenario Solutions

  • With application versatility for furnace kilns and oil field fracking, you can address both high-temperature structural needs and high-pressure well integrity demands.

  • 5. Certification Standards

  • Certified to meet API RP 50 and ISO 13503 standards for oil field proppants, you can comply with industry regulations for safety and performance.

Product details

High Strength Ceramic Proppant Fracturing Proppant Ceramsite Proppant for Oil Field

High Strength Ceramic Proppant is a precision-engineered alumina ceramic ball designed for critical applications in oil field fracturing, furnace kilns, and structural ceramics. Its spherical shape and robust material composition ensure superior performance in high-pressure, high-temperature environments.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAlumina ceramic (95% purity)Withstands corrosive chemicals in oil fields
StrengthCompressive strength: 8,500 psiFracturing operations under extreme pressure
ShapeUniform spherical balls (⌀ 2-20 mm)Optimal fluid conductivity in wellbores
Temperature Range-40°C to 1,400°CStructural ceramic fixtures in industrial furnaces

Customization guide

Adjustable parameters:

  • Particle size: Customize diameter (⌀ 2-20 mm) to match reservoir conditions.
  • Alumina content: Modify composition (90-99% purity) for enhanced thermal/chemical resistance.
  • Surface treatment: Add anti-abrasion coatings for prolonged durability in abrasive environments.

Get inspired

With High Strength Ceramic Proppant, you can achieve reliable fracture conductivity in oil wells while resisting deformation in high-temperature furnace systems. Its uniform spherical design minimizes proppant pack settling, ensuring consistent performance over time.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Compressive Strength8,500 psi+15% (9,775 psi)+30% (11,050 psi)*
Max. Temperature1,200°C1,350°C1,400°C
Chemical ResistanceAcid/alkaliEnhanced alkaliTriple-certified

*Exceeds API RP 50 Recommended Practice for Proppant Grading.

Supplier's note

  1. Technical Breakthroughs:

    • High Strength: 20% stronger than traditional silica sand, reducing well production loss.
    • Thermal Stability: Maintains integrity at 1,400°C, enabling use in ultra-high-temperature furnaces.
    • Spherical Precision: ±1% size tolerance ensures optimal fluid efficiency in fracturing.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard oil field operations requiring cost-effective proppant.
    • Advanced Model: Suited for heavy oil reservoirs where higher pressure and alkali resistance are critical.
    • Pro Model: Recommended for extreme environments (e.g., geothermal wells) needing triple-industry-standard chemical resistance.

With the Pro Model’s 11,050 psi strength, operators can safely fracture shale formations at depths exceeding 5,000 meters. Its ceramic composition also eliminates silica dust hazards, enhancing worker safety compared to sand-based alternatives.

Frequently asked questions

  • Which high strength ceramic proppant model is best suited for high-pressure oil fracturing?

  • How should ceramic proppant be stored to maintain its structural integrity?

  • Alumina ceramic vs quartz sand: Which is better for oil field fracturing applications?

  • Can ceramic proppant be customized for specific fracturing requirements?

  • Is the alumina ceramic proppant API-certified for oilfield use?

  • How does the ceramic ball shape enhance performance in furnace kilns?

  • What makes this ceramic proppant suitable for structural ceramic applications?

  • How do I clean ceramic proppant before initial use?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionOil Fracturing, High-Temperature FurnacesIndustry Standard: Silica-based (SiO₂)
Our Base: 80% Al₂O₃ Ceramic
Our Advanced: 95% Al₂O₃ Ceramic
▲ Base: Resists chemical erosion (ASTM C311)
▲▲ Advanced: Extreme thermal/chemical stability (ISO 13503-2)
Advanced versions cost 30% higher due to purity (▲ Base vs Industry; ▲▲ Advanced vs Base)
Compressive StrengthHigh-Pressure Wells, Structural CeramicsIndustry: 7,000 psi (sand)
Base: 10,000 psi (ASTM C311)
Advanced: 12,000 psi (ASTM C311)
▲ Base: Withstands 43% more pressure than sand
▲▲ Advanced: 71% stronger than sand
Base may fail in ultra-high-pressure environments (▲ Base vs Industry; ▲▲ Advanced vs Base)
Particle ShapeFracturing Fluids, Pipeline SystemsIndustry: Irregular (sand)
Base/Advanced: Spherical (ISO 13503-3)
▲▲ Both versions: 25% lower friction loss in fluid flow (▲▲ vs Industry)Spherical manufacturing increases cost by 20% (▲▲ vs Industry)
Thermal StabilityRefractory Linings, Kiln FixturesIndustry: 1,200°C (sand)
Base: 1,400°C
Advanced: 1,600°C
▲ Base: Operates in furnace kilns (▲ vs Industry)
▲▲ Advanced: Withstands jet engine exhaust (▲▲ vs Base)
Advanced versions require specialized storage (▲▲ vs Base)
Chemical ResistanceAcidic Oil Wells, Chemical ReactorsIndustry: pH 5–9 (sand)
Base: pH 1–5 (ASTM C311)
Advanced: pH 1–14
▲ Base: Resists acid exposure in oil fields (▲ vs Industry)
▲▲ Advanced: Survives extreme pH environments (▲▲ vs Base)
Base may degrade in highly alkaline conditions (▲ Base vs Advanced)
Cost EfficiencyBudget Projects, High-Performance NeedsIndustry: $20/kg (sand)
Base: $45/kg
Advanced: $70/kg
▲ Base: 50% cheaper than Advanced
▲▲ Advanced: 3x longer lifespan (▲▲ ROI)
Industry Standard lacks durability for critical applications (▲ Base vs Industry)

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