Refractory Balls for Reformer in Ammonia Plant for Methanator

Technical specifications

Customization guide

Adjustable CRO content (up to 70%) and customizable dimensions to meet specific thermal and structural requirements of industrial reactors.

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With their robust alumina composition and precise CRO content, these refractory blocks are ideal for ammonia plant reformers. Their block shape ensures stable placement in high-temperature zones, while CE certification guarantees safety compliance.

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Supplier's note

1. Technical Breakthroughs:

   • CRO Content: The Pro Model’s 70% CRO content reduces thermal expansion by 20% compared to industry standards.
   • Thermal Resistance: Advanced Model’s +5% heat tolerance extends operational lifespan in methanator reactors.
   • Density: The Pro Model’s 3.0 g/cm³ density provides 15% better structural stability under pressure.

2. Version Selection Guidance:

   • Base Model: Ideal for standard ammonia plants requiring basic thermal protection (e.g., reactors operating below 1500°C).
   • Advanced Model: Recommended for facilities with frequent temperature fluctuations (e.g., methanators in high-demand production cycles).
   • Pro Model: Designed for extreme environments (e.g., continuous operation at 1650°C) where corrosion and thermal stress are critical concerns.

With the Pro Model’s 70% CRO content, you can achieve triple the corrosion resistance of traditional refractories, ensuring safe handling of aggressive chemicals. Pair this with its enhanced density to minimize structural deformation in high-pressure reactors. The Advanced Model’s 1575°C tolerance makes it perfect for balancing cost and performance in mid-scale ammonia production.