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  • High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y
  • High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y
  • High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y
  • High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y
  • High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y
  • High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y
High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y

High Purity Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y

  • 25 - 99 Kilograms
    $70
  • 100 - 499 Kilograms
    $30
  • 500 - 4999 Kilograms
    $18.50
  • >= 5000 Kilograms
    $16

Customization:

Customized logo(Min.Order: 20000 pieces)
Customized packaging(Min.Order: 20000 pieces)
Graphic customization(Min.Order: 20000 pieces)

High Purity Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Catalytic Efficiency: Facilitates chemical reactions in industrial processes, leveraging the high surface area and porous structure of Zeolite Y for enhanced reactivity.
  • Adsorption Applications: Acts as a superior adsorbent for gas/liquid purification, toxin removal, and moisture control due to its micro-porous powder form and 100% purity.

Key features

  • 1. Ultra-High Purity Material Technology

  • With 100% purity Zeolite Y powder, ensure unmatched catalytic efficiency and reliability in chemical reactions. Its crystalline structure maximizes surface area for optimal adsorption and reaction performance.

  • 2. Enhanced Catalytic Performance Parameters

  • With Zeolite Y’s microporous architecture, achieve up to 30% higher reaction rates compared to conventional catalysts*, enabling faster synthesis and higher yield in industrial processes.

  • 3. Versatile Scenario Solutions

  • With its micro-powder form, easily disperse the catalyst in liquid or gas-phase systems for applications like oil refining, environmental treatment, or chemical synthesis, adapting to both lab-scale and large-scale production.

  • 4. Advanced Adsorption Capabilities

  • With a zeolite-based adsorbent core, effectively separate and purify target compounds in complex mixtures, outperforming non-selective adsorbents in precision applications*.

  • 5. Certified Quality Assurance

  • Manufactured to meet rigorous industrial standards (pending confirmation of specific certifications*), ensuring safety and consistency for critical chemical processes.

  • Notes:

    • Material Technology highlights purity and structure.

Product details

High Purity  Hy Zeolite Catalyst Micro Hy Zeolite Powder Zeolite Y

High Purity Hy Zeolite Catalyst Micro Powder (Zeolite Y) is a premium chemical auxiliary agent designed for advanced catalytic and adsorption applications. With 100% purity and a fine micro-powder form, this product ensures optimal performance in chemical reactions, environmental remediation, and industrial processes.

Technical specifications

FeatureSpecificationBenefit
Adsorbent VarietyZeolite YHigh selectivity and stability
AppearanceMicro-powderEnhanced surface area for reactivity
Purity100%Minimizes impurities for precise results
TypeCatalystAccelerates chemical reactions

Customization guide

Adjustable parameters include particle size distribution (mesh size) and surface modification to meet specialized requirements such as enhanced thermal stability or tailored pore structure for specific reaction conditions.

Get inspired

Leverage the ultra-high purity and crystalline structure of Zeolite Y to optimize catalytic efficiency in refining, pollution control, or gas separation systems. Its micro-powder form ensures seamless integration into industrial formulations.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Surface Area (m²/g)800+15% (920)+30% (1040)*
Pore Volume (cm³/g)0.25Enhanced (0.30)Premium (0.35)
Particle Size (µm)5-10Finer (3-5)Ultra-fine (1-3)

Supplier's note

  1. Technical Breakthroughs:

    • 100% Purity: Eliminates impurities that degrade catalytic performance.
    • Enhanced Surface Area: The Pro Model’s 1040 m²/g surface area outperforms industry benchmarks by 30%, enabling faster reaction kinetics.
    • Tailored Particle Size: The Base Model’s 5-10 µm particles balance cost and efficiency, while the Pro Model’s ultra-fine particles excel in high-pressure applications.
  2. Optimal Version Selection:

    • Base Model: Ideal for general industrial processes requiring cost-effective catalytic performance (e.g., basic chemical synthesis).
    • Advanced Model: Suitable for labs and mid-scale production needing 15% higher efficiency (e.g., pharmaceuticals).
    • Pro Model: Designed for high-demand applications like oil refining or emissions control, where triple the pore volume and ultra-fine particles deliver unmatched durability and reactivity.

With the Pro Model’s 30% higher surface area, you can achieve 20% faster reaction rates than traditional catalysts. Pair its fine particle size with its chemical stability to ensure consistent performance in extreme conditions.

Frequently asked questions

  • What applications is the High Purity Hy Zeolite Catalyst Micro Powder suitable for?

  • How should I store Hy Zeolite Catalyst Powder to preserve its effectiveness?

  • How does Hy Zeolite Catalyst compare to alumina-based catalysts?

  • Is the High Purity Hy Zeolite Catalyst FDA-approved for food-grade applications?

  • Why is the micro-powder form of this catalyst advantageous?

  • Can High Purity Hy Zeolite Catalyst be used in petroleum refining?

  • Are there safety precautions for handling Zeolite Y powder?

  • How does 100% purity improve performance in chemical reactions?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Zeolite CatalystIndustrial catalysis, chemical purification100% purity (ISO 9001), Zeolite Y structure (ASTM C1237), fine powder (<50 µm)▲▲▲High efficiency (▲▲▲ vs industry standard 95% purity), customizable pore size, cost-effective▲▲▲Requires precise handling (e.g., moisture protection), may need activation▲
Activated CarbonAir/water purification, odor controlSurface area 1000 m²/g (ASTM D3810), microporousBroad adsorption range (e.g., VOCs), cost-effective▲▲Limited chemical resistance (e.g., weak acids), bulky▲
Alumina CatalystPetrochemicals, high-temp processesThermal stability up to 800°C (ASTM C20), high surface areaDurable in extreme temps (▲▲▲ vs Zeolite’s 600°C limit), efficient catalysis▲▲▲Heavy, costly (▲▲ vs Zeolite’s powder form)
Silica Gel DesiccantMoisture control in packagingMoisture absorption 40% (ASTM D3108), non-toxicSafe for food/medical use (▲▲), reusable with drying▲▲Limited adsorption capacity (e.g., 40% vs Zeolite’s 95%), may clump▲
Metal Oxide CatalystAutomotive exhaust, chemical synthesisSpecific surface area via BET (e.g., 150 m²/g), high reactivityHigh reactivity (▲▲ for NOx reduction), durable▲▲Toxic byproducts (e.g., heavy metals), expensive (▲▲▲ vs Zeolite’s cost)▲▲▲
Polymer AdsorbentChemical spill containmentChemical resistance (ASTM D543, withstands 50+ exposures), flexible form factorsVersatile (e.g., sheets/blocks), resistant to harsh chemicals▲▲Lower adsorption capacity (▲▲ vs Zeolite’s 95%), may degrade over time▲▲▲

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