Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant
Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant
Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant
Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant
Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant

Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant

Model
SYAMCAT A126

Item specifics

Active component
Fe-Co
Color
Black with Metal Luster
State
Reduction state

Review

Description

Description of Ammonia Synthesis Catalyst
SYAMCAT Ammonia Synthesis Catalyst
Ammonia Synthesis Catalysts with High Anti Toxicity for Chemical Fertilizer Plant

Ammonia synthesis catalyst is a high-performance ammonia synthesis catalyst produced by SYAMCAT through optimizing raw material selection, optimizing process conditions, and improving product quality. It’s divided into two different states: oxidation state and reduction state to serve our excellent customers.

Application of Ammonia Synthesis Catalyst
Ammonia and Chemical Fertilizer Plants: Used for the reaction of nitrogen and hydrogen to synthesize ammonia under wide temperature conditions.
Metallurgy Industry: Used in metallurgy, electronic tube industry to decompose ammonia into pure nitrogen and hydrogen.
Specification of Ammonia Synthesis Catalyst
Physico-chemical properties
Item
SYAMCAT A126
Shape
Magnetic Solid Particle without fixed shape
Size/mm

1.5-3.0mm、2.2-3.3mm、3.3-4.7mm、4.7-6.7mm、6.7-9.4mm、9.4-13.0mm
Bulk density/(kg.L-1)
2.3-2.5
Benefits of Ammonia Synthesis Catalyst

Optimal Low-Temperature Activity: Our catalyst boasts remarkable catalytic activity at low temperatures. This not only improves the efficiency of your processes but also translates to substantial energy savings, reducing operational costs.

 

Simplicity in Reduction: Achieving the reduction status is a breeze with our catalyst. The straightforward reduction operation ensures that you can swiftly initiate your processes, reducing startup times and enhancing overall productivity.

 

Enhanced Production Capacity: When system pressure conditions permit, we employ small particles in our catalyst. This strategic choice optimizes the production capacity of your synthesis tower, allowing for increased output without additional costs.

 

Consistent Low-Temperature Activity: Good low-temperature activity is a hallmark of our catalyst. This feature guarantees efficient ammonia synthesis while also extending the catalyst's service life. With our catalyst, you can maintain high performance and reliability over the long term.

 

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