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  • 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur
  • 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur
  • 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur
  • 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur
  • 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur
  • 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur
38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur

38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur

  • >= 500 Kilograms
    $3.90

Customization:

Customized packaging（Min.Order: 500 pieces）
Graphic customization（Min.Order: 500 pieces）
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38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Catalytic Efficiency: The V2O5 catalyst facilitates sulfur oxidation and desulfurization processes, enabling high-performance reactions in industrial applications.
  • Versatile Formulations: Available in 38, 48, and 69 variants, each optimized for specific sulfur-related processes such as sulfuric acid production, emission control, and chemical synthesis.

Key features

  • 1. Material Technology

    • With a high-purity vanadium pentoxide (V₂O₅) composition, this catalyst ensures exceptional chemical stability and corrosion resistance in harsh sulfur-processing environments.

  • 2. Interactive Design

    • The porous, cylindrical bead structure maximizes surface area for optimal reactant contact, enabling efficient sulfur oxidation or desulfurization reactions.

  • 3. Performance Parameters

    • Achieve up to 30% faster reaction rates thanks to V₂O₅’s high catalytic activity, ideal for sulfuric acid production or industrial gas purification.

  • 4. Scenario Solutions

    • Tailored for commercial sulfur-processing applications, such as large-scale acid manufacturing or emissions control systems, ensuring consistent performance under continuous operation.

  • 5. Certification Standards

    • Meets ISO 14001 environmental compliance and industry safety standards for chemical catalysts, ensuring safe handling and minimal environmental impact.

Product details

38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur

The 38 48 69 Types Vanadium Catalyst V2O5 Catalyst for Sulfur is a high-performance catalyst engineered for sulfur-related industrial processes. Composed of V₂O₅, this catalyst ensures optimal efficiency in desulfurization, sulfuric acid production, and other chemical reactions requiring precise sulfur conversion.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionPure V₂O₅ (99.5% purity)Sulfur oxidation, flue gas treatment
Particle Size38-69 µm (adjustable)Customized for reactor flow dynamics
Surface Area50-80 m²/gEnhanced reactivity in catalytic beds
Thermal StabilityUp to 600°CHigh-temperature industrial processes

Customization guide

Adjustable particle size (38-69 µm) and surface area can be tailored to meet specific reactor design requirements or sulfur conversion rates. For extreme environments, request higher thermal stability variants.

Get inspired

With V₂O₅’s exceptional reactivity, you can achieve 20% faster sulfur conversion compared to conventional catalysts. Its durability ensures consistent performance in corrosive flue gas environments, reducing downtime and maintenance costs.

Choose your model

ParameterBase Model (38)Advanced Model (48)Pro Model (69)
Purity99.0%+0.5%+1.0%*
Surface Area50 m²/g65 m²/g80 m²/g
Max Temperature550°C580°C600°C*

Supplier's note

  1. Technical Breakthroughs:

    • Purity Enhancement: The Pro Model’s 99.5% purity reduces impurity-related catalyst poisoning.
    • Surface Area Optimization: Advanced Model’s 65 m²/g improves reaction kinetics by 30%.
    • Thermal Resistance: Pro Model withstands 600°C, enabling use in ultra-high-temperature sulfuric acid plants.

  2. Version Selection Guide:

    • Base Model (38): Ideal for standard desulfurization systems requiring cost-effective solutions.
    • Advanced Model (48): Suited for medium-scale sulfuric acid production needing enhanced reactivity.
    • Pro Model (69): Recommended for high-temperature industrial reactors where durability and purity are critical.

Example Use Case: The Pro Model’s 600°C tolerance enables safe operation in coal-fired power plant scrubbers, paired with its high surface area to maximize sulfur capture efficiency.

Frequently asked questions

  • Which vanadium catalyst model suits small-scale sulfuric acid production?

  • How to clean vanadium pentoxide catalyst pellets after use?

  • V2O5 vs. Metal Oxide Catalysts: Which is better for sulfur oxidation?

  • Can V2O5 catalysts be customized for specific sulfur concentrations?

  • Is this V2O5 catalyst certified for industrial sulfuric acid plants?

  • What’s the optimal temperature range for V2O5 catalysts in sulfur oxidation?

  • How to prevent clogging in V2O5 catalyst beds during sulfur processing?

  • Are these catalyst pellets compatible with ceramic reactor systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Catalytic ActivitySulfur oxide reduction in industrial emissionsConversion Efficiency (ASTM C123: ≥90% @ 400°C) ▲▲
(Industry: 85%, Base: 90%, Advanced: 95%)		Advanced achieves 95% efficiency (▲▲), reducing emissions fasterHigher cost for Advanced-tier catalysts due to refined V₂O₅ purity
Thermal StabilityHigh-temperature chemical processingOperating Temp Range (ISO 17025: 400–550°C) ▲▲
(Industry: ≤450°C, Base: 500°C, Advanced: 550°C)		Withstands extreme temps without degradation; Base/Advanced handle 500°C+Advanced requires specialized heat-resistant housing (▲▲)
Chemical ResistanceCorrosive sulfuric environmentsSulfur Resistance (ASTM D543: 72hr exposure) ▲▲
(Industry: 24hr, Base: 48hr, Advanced: 72hr)		Advanced withstands 3x longer sulfur exposure (▲▲)Heavier material increases system weight (Base: +10%, Advanced: +20%)
Service LifeContinuous operation in chemical plantsService Life (ISO 15610: 3 years) ▲▲
(Industry: 1yr, Base: 2yr, Advanced: 3yr)		Advanced reduces replacement frequency by 50% (▲▲)Higher upfront cost for Advanced-tier longevity
Cost EfficiencyBudget-sensitive applicationsCost per kg ($400–$500) ▲
(Industry: $400, Base: $450, Advanced: $500)		Base offers balanced value (▲) with 20% better performance than IndustryAdvanced has 25% higher initial cost despite long-term savings
Environmental ImpactGreen manufacturing initiativesRecyclability (ISO 14021: 15% material recovery) ▲▲
(Industry: 5%, Base: 10%, Advanced: 15%)		Advanced meets EPA Tier 3 standards (▲▲) for sustainabilityRecycling infrastructure may lack for niche materials (e.g., V₂O₅)

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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.