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  • Customized Alumina Catalyst Support with High Pore Volume
  • Customized Alumina Catalyst Support with High Pore Volume
  • Customized Alumina Catalyst Support with High Pore Volume
  • Customized Alumina Catalyst Support with High Pore Volume
  • Customized Alumina Catalyst Support with High Pore Volume
  • Customized Alumina Catalyst Support with High Pore Volume
Customized Alumina Catalyst Support with High Pore Volume

Customized Alumina Catalyst Support with High Pore Volume

$1.00-$10.00/ Kilogram|1000 Kilogram/Kilograms(Min. Order)

Customization:

Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

Customized Alumina Catalyst Support with High Pore Volume

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Pore Volume Design: Optimized for enhanced catalytic efficiency by maximizing surface area, enabling effective dispersion of active catalyst components.
  • Alumina (Al₂O₃) Composition: Made of 99% pure alumina, ensuring chemical stability, thermal resistance, and durability under harsh reaction conditions.

Key features

  • 1. Material Technology

  • With 99% pure alumina (Al₂O₃) material, you can achieve superior corrosion resistance and thermal stability compared to lower-purity alternatives*. The high-purity composition ensures minimal impurities, maintaining catalytic efficiency in harsh chemical environments.

  • 2. Customizable Pore Structure Design

  • With a customizable pore volume (e.g., up to 1.5 cm³/g), you can optimize catalyst dispersion and reaction rates for specific industrial processes*, such as petroleum refining or chemical synthesis. This adaptability outperforms standard alumina supports with fixed pore configurations.

  • 3. Enhanced Performance Parameters

  • With a high pore volume, you can boost catalyst loading capacity by ~30% compared to conventional alumina supports*, enabling faster reaction kinetics and improved productivity in large-scale applications.

  • 4. Scenario-Specific Solutions

  • Designed for high-temperature industrial use, you can ensure consistent performance in extreme conditions (e.g., 800–1200°C)*, making it ideal for applications like emissions control or petrochemical cracking, where standard ceramic supports may degrade.

  • 5. Certification Compliance

  • Complying with ISO 14001 and ASTM C709 standards, you can meet stringent industry requirements for eco-friendly production and material consistency*, ensuring reliability in regulated industrial settings.

Product details

Customized Alumina Catalyst Support with High Pore Volume

The Customized Alumina Catalyst Support with High Pore Volume is engineered for optimal performance in catalytic processes. Its 99% pure alumina (Al₂O₃) composition ensures exceptional chemical stability and reactivity, while its high pore volume maximizes surface area for efficient catalytic reactions. Ideal for applications requiring durability and precision, this support material is widely used in petrochemical refining, environmental remediation, and industrial chemical synthesis.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAl₂O₃ (alumina)Catalytic converters, chemical reactors
Purity99%High-purity reaction environments
Pore VolumeHigh pore volumeEnhanced mass transfer in catalytic processes

Customization guide

Adjustable pore size distribution and surface area parameters to meet specific catalytic reaction requirements, such as optimizing adsorption capacity or thermal stability for niche industrial applications.

Get inspired

Leverage the high pore volume of this alumina support to boost reaction efficiency in demanding processes like hydrocracking or emissions control. Its 99% purity ensures minimal impurity interference, making it a reliable choice for precision-driven industries.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Purity99%99.5%99.9%
Pore Volume0.8 cm³/g1.0 cm³/g (+25%)1.2 cm³/g (+50%)*
Surface Area150 m²/g200 m²/g250 m²/g

Supplier's note

  1. Technical Breakthroughs:

    • Purity Enhancement: The Pro Model’s 99.9% purity reduces impurity-related catalyst poisoning by 40% compared to industry standards.
    • Pore Volume Optimization: The Pro Model’s 1.2 cm³/g pore volume outperforms benchmarks by 50%, enabling faster mass transfer in high-throughput reactors.
    • Thermal Stability: Advanced sintering techniques ensure structural integrity up to 1200°C, critical for extreme industrial conditions.
  2. Version Selection Guidance:

    • Base Model: Suitable for standard applications (e.g., basic chemical synthesis) where cost-efficiency is prioritized.
    • Advanced Model: Ideal for mid-scale operations requiring enhanced surface area and pore volume (e.g., pharmaceutical catalysis).
    • Pro Model: Designed for high-performance scenarios like refinery cracking or emissions control, where purity and durability are paramount. With its triple-certified chemical resistance, the Pro Model ensures safe handling of corrosive reactants while maintaining structural integrity.

*Comparative values are relative to industry benchmarks.

Frequently asked questions

  • Which model of alumina catalyst support with high pore volume is best suited for petroleum refining applications?

  • How do I clean and maintain alumina catalyst supports to ensure longevity?

  • Alumina vs. Silica Catalyst Supports: Which has better thermal stability for chemical reactions?

  • Can I customize pore size or shape for my specific catalytic reaction?

  • Is the alumina catalyst support’s purity and pore volume validated by industry standards?

  • What applications benefit most from the high pore volume feature of this catalyst support?

  • Can the alumina catalyst support be customized with anti-coking additives for coal gasification?

  • How does the 99% purity of alumina impact catalytic efficiency compared to lower-purity alternatives?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Alumina CatalystBasic chemical reactors, low-throughput processesPore Volume: 1.0 mL/g (BET analysis)
Crush Strength: 80 N/cm² (ASTM C1334)
Cost-effective, widely compatible with standard processesLimited pore volume restricts catalyst efficiency
Lower thermal stability (max 950°C)
Our Base Alumina Catalyst SupportMid-scale industrial reactors, pharmaceutical synthesisPore Volume: 1.2 mL/g (▲20% vs Industry)
Crush Strength: 100 N/cm² (▲25%)
Enhanced catalyst dispersion
Improved mechanical durability
Moderate cost increase vs Industry Standard
Thermal stability capped at 1050°C
Our Advanced Alumina Catalyst SupportHigh-throughput refineries, extreme-temperature applicationsPore Volume: 1.5 mL/g (▲50% vs Industry)
Crush Strength: 120 N/cm² (▲50%)
Optimized for high-load operations
Thermal stability up to 1200°C (▲26%)
Premium pricing
Requires specialized handling for installation
Silica-Based Catalyst SupportAcidic environments, food-grade applicationsPurity: 99.9% (ISO 14687)
Thermal Stability: 1400°C (ASTM C20)
Corrosion-resistant in acidic conditions
Ultra-high thermal tolerance
Low mechanical strength (60 N/cm²)
Unsuitable for alkaline processes
Zeolite-Based Catalyst SupportPetrochemical cracking, gas separationSurface Area: 600 m²/g (BET)
Pore Diameter: 0.5–1.0 nm (ISO 9276)
Exceptional adsorption capacity
Tailored pore structure for molecular sieving
Fragile structure (crush strength: 40 N/cm²)
Requires precise activation protocols
Mixed Oxide Catalyst SupportMulti-phase reactions, heterogeneous catalysisComposition: Al₂O₃ + SiO₂ (70:30 ratio)
Thermal Shock Resistance: ▲30%
Balances mechanical and thermal properties
Versatile for complex chemistries
Higher production complexity
Moderate cost premium vs single-oxide alternatives

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.