Description

1. Product Overview

Industrial Dehydrogenation Catalyst is a high-performance catalytic material engineered to promote selective dehydrogenation reactions in large-scale petrochemical and chemical manufacturing processes. It is primarily used for converting paraffins and other hydrocarbons into valuable olefins, aromatics, and intermediate chemicals with high efficiency and operational stability. The product delivers superior catalytic activity, extended service life, and optimized process economics, enabling producers to maximize yields and reduce downtime. Strategically important to the market, Industrial Dehydrogenation Catalyst supports the growing global demand for high-value petrochemical feedstocks while enhancing productivity and sustainability across refining and chemical operations.

2. Key Specifications & Technical Characteristics

• Composition: Proprietary metal oxide system based on platinum, chromium, alumina, tin, or other optimized catalytic components
• Grade: Industrial-grade dehydrogenation catalyst
• Purity Level: High-purity formulation with tightly controlled active metal distribution
• Physical Form: Spherical pellets, cylinders, or extrudates
• Color: Gray, black, or dark brown
• Particle Size: Customizable according to reactor requirements
• Bulk Density: Typically 0.60–1.20 g/cm³
• Mechanical Strength: High crush strength for extended operating cycles
• Thermal Stability: Excellent resistance to high-temperature process conditions
• Packaging Options:
  • 25 kg bags
  • 500 kg jumbo bags
  • 1 MT bulk bags
  • Customized industrial packaging available
• Shelf Life: Up to 24 months under recommended storage conditions

3. Core Industrial Applications

Industrial Dehydrogenation Catalyst is widely utilized across several major industries:

• Petrochemical Industry
  • Production of propylene from propane
  • Conversion of butane to butenes
  • Manufacture of styrene and aromatic intermediates
• Petroleum Refining
  • Upgrading hydrocarbon streams
  • Enhancing feedstock value and product selectivity
• Chemical Manufacturing
  • Production of olefins and specialty chemicals
  • Generation of key intermediates for polymers and synthetic materials
• Industrial Gas and Process Plants
  • High-temperature catalytic conversion processes requiring long cycle life

Performance Benefits

• High selectivity toward desired products
• Improved conversion efficiency and throughput
• Reduced energy consumption and operating costs
• Excellent resistance to thermal degradation and deactivation
• Longer catalyst service life compared with conventional alternatives
• Lower maintenance frequency and minimized plant downtime

4. Competitive Advantages

• Consistent Quality: Manufactured under stringent quality control standards to ensure reliable catalytic performance.
• Secure Supply Chain: Capable of supporting long-term industrial procurement programs and continuous production requirements.
• Strong Logistics Capability: Efficient worldwide shipping with flexible packaging and container loading solutions.
• Cost Competitiveness: Optimized manufacturing and bulk supply provide attractive economics for large-scale operations.
• Sustainability Benefits: Enables improved process efficiency, reduced energy consumption, and lower environmental impact.
• Technical Support: Comprehensive technical documentation, product specifications, and application guidance available for industrial customers.
• Strategic Sourcing Value: Designed to help refiners and chemical producers maximize productivity, extend operating cycles, and enhance profitability.

5. Commercial & Supply Information

• Minimum Order Quantity (MOQ): BULK 20 MT
• Loading Capacity:
  • 20-Foot Container: Approximately 20–24 MT
  • 40-Foot Container: Approximately 25–28 MT
• Supply Capability: Bulk quantities available for long-term contracts and recurring industrial demand.
• Packaging: Customized export packaging solutions available to meet international logistics requirements.