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  • Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
  • Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
  • Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
  • Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
  • Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
  • Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale
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Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale

  • >= 1 Kilograms
    $1

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
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Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Resistance: Designed for use in extreme thermal environments, providing structural stability and corrosion resistance in industrial processes.
  • Catalyst Support: Serves as a durable substrate for catalytic reactions, ideal for chemical processing and energy applications.
  • Customizable Processing: Offers flexibility through services like cutting, welding, and shaping to meet specific industrial requirements.

Key features

  • 1. Material Technology: Sintered Magnesium Spinel Composition

    • With a durable sintered magnesium spinel (MgAl₂O₄) structure, you can achieve exceptional thermal stability and corrosion resistance in high-temperature environments, outperforming conventional refractory materials*.

  • 2. Interactive Design: Customizable Processing Services

    • With versatile processing capabilities (bending, punching, cutting), you can tailor the material into precise shapes—such as bricks or custom components—to fit specific industrial applications*.

  • 3. Performance Parameters: High-Temperature Compatibility

    • With a melting point exceeding 2,000°C, you can ensure reliable performance in extreme conditions, such as industrial furnaces or catalytic reactors, where traditional materials may degrade*.

  • 4. Scenario Solutions: Versatile Application in Harsh Environments

    • Designed for continuous operation in high-temperature processes (e.g., metallurgy, ceramics), you can maintain structural integrity and efficiency in scenarios requiring prolonged thermal exposure*.

  • 5. Certification Standards: Industrial Compliance Assurance

    • Certified to ISO refractory standards and chemical safety protocols, you can meet stringent industry requirements for durability and environmental compliance*.

Product details

Refractory Raw Material Support Sintered Magnesium Spinel Catalyst Mgal2o4 Fused Aluminium Magnesite Alumina Spinel for Sale

Refractory Raw Material Support Sintered Magnesium Spinel Catalyst MgAl₂O₄ is engineered for high-temperature applications, combining thermal stability and chemical resistance. Available in powder and brick forms, it offers customizable processing services for diverse industrial needs.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionMgO, magnesite, alumina, aluminumHigh-temperature furnaces, catalytic reactors
Processing ServicesBending, punching, decoiling, welding, cuttingCustom fabrication for kiln linings or equipment parts
ShapePowder (fine particles), Brick (structural)Catalyst support (powder), furnace lining (brick)
CertificationsISO 9001, ASTM C71Industrial refractory standards compliance

Customization guide

Adjustable parameters:

  • Particle size (powder form) to optimize surface area for catalytic efficiency.
  • Brick dimensions to fit kiln or reactor geometries.
  • Surface treatments (e.g., coatings) for enhanced corrosion resistance.

Get inspired

With MgAl₂O₄’s exceptional thermal shock resistance, you can safely operate in environments up to 2000°C. The powder form enables precise catalyst dispersion, while the brick’s structural integrity ensures long-term durability in harsh industrial settings.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Resistance1600°C1800°C (+12.5%)2000°C (+25%)*
Mechanical Strength150 MPa180 MPa (+20%)220 MPa (+46.7%)
Purity95%98%99.5%

Supplier's note

  1. Technical Breakthroughs:

    • MgO Content: Enhances thermal stability by 25% compared to conventional spinels.
    • Alumina Integration: Boosts chemical resistance, ideal for acidic or alkaline environments.
    • Sintering Process: Achieves 99.5% density in Pro Model, reducing porosity by 40%.

  2. Version Selection Guide:

    • Base Model: Suitable for standard kilns and low-corrosion applications (e.g., ceramic production).
    • Advanced Model: Recommended for chemical processing plants requiring 20% higher strength than industry benchmarks.
    • Pro Model: Meets aerospace and extreme metallurgy needs, with triple the thermal shock resistance of competitors.

*Pro Model’s 2000°C rating exceeds industry standards by 25%, enabling use in advanced smelting and rocket nozzles.

Frequently asked questions

  • Which form of MgAl₂O₄ (powder or brick) is best suited for high-temperature furnace linings?

  • How does MgAl₂O₄ compare to traditional alumina in refractory applications?

  • Can MgAl₂O₄ be customized into specific shapes via bending or cutting?

  • Is MgAl₂O₄ certified for high-temperature industrial use?

  • How should MgAl₂O₄ be stored to prevent degradation?

  • Can you provide welded assemblies for custom furnace components?

  • Which MgAl₂O₄ product suits molten metal handling?

  • What advantages does MgAl₂O₄ offer over pure magnesite in catalytic applications?

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