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Keywords [ spherical hydrogenation catalyst ] match 69 products.
Top C2 Selective Hydrogenation Catalyst 80% Selectivity Pore Volume Of 0.85-0.95 Cm3/g On Alumina Support Material

Top C2 Selective Hydrogenation Catalyst 80% Selectivity Pore Volume Of 0.85-0.95 Cm3/g On Alumina Support Material

Surface Area 150-200 M2/g
Industry Chemical Industry
Pressure 3.5MPa
Selectivity 80%
Application Selective Hydrogenation Of C2
Cracked Gasoline Hydrogenation Catalyst 2-3 Year Lifespan 0.3-0.5nm Pore

Cracked Gasoline Hydrogenation Catalyst 2-3 Year Lifespan 0.3-0.5nm Pore

Catalyst Life 2-3 Years
Application Hydrogenation Of Cracked Gasoline
Shape Granular/spherical
Composition Nickel, Cobalt, Molybdenum, Alumina
Pore Size 0.3-0.5 Nm
Surface Area C3 Selective Hydrogenation Catalyst with Excellent Stability Supported Metal Catalyst

Surface Area C3 Selective Hydrogenation Catalyst with Excellent Stability Supported Metal Catalyst

Surface Area High Surface Area For Efficient Catalytic Activity
Pore Size Uniform Pore Size Distribution
Stability Excellent Stability Under Harsh Conditions
Particle Size Narrow Particle Size Distribution
Operating Temperature 30-35°C
Selective C2 Hydrogenation Catalyst With 80% Selectivity For Chemical Industry Reusable And With 0.85-0.95

Selective C2 Hydrogenation Catalyst With 80% Selectivity For Chemical Industry Reusable And With 0.85-0.95

Selectivity 80%
Reusability Yes
Industry Chemical Industry
Application Selective Hydrogenation Of C2
Particle Size 3-4.5 Mm
80% Selectivity Reusable Hydrogenation Catalyst For Chemical Industry

80% Selectivity Reusable Hydrogenation Catalyst For Chemical Industry

Selectivity 80%
Surface Area 150-200 M2/g
Reusability Yes
Industry Chemical Industry
Shape Spherical
Surface Area 150-200 M2/g Cracked Gasoline Hydrogenation Catalyst with 95-98% Reaction Selectivity

Surface Area 150-200 M2/g Cracked Gasoline Hydrogenation Catalyst with 95-98% Reaction Selectivity

Catalyst Life 2-3 Years
Pore Size 0.3-0.5 Nm
Reaction Selectivity 95-98%
Application Hydrogenation Of Cracked Gasoline
Size 1-3 Mm
1-3 Mm Nickel Cobalt Molybdenum Alumina Hydrogenation Catalyst With 150 M2/G-200 M2/G Surface Area

1-3 Mm Nickel Cobalt Molybdenum Alumina Hydrogenation Catalyst With 150 M2/G-200 M2/G Surface Area

Composition Nickel, Cobalt, Molybdenum, Alumina
Reaction Selectivity 95-98%
Shape Spherical
Size 1-3 Mm
Pore Size 0.3-0.5 Nm
Advanced Nickel Cobalt Molybdenum Nickel Catalyst For Ammonia Cracking Gasoline Hydrogenation Catalyst

Advanced Nickel Cobalt Molybdenum Nickel Catalyst For Ammonia Cracking Gasoline Hydrogenation Catalyst

Composition Nickel, Cobalt, Molybdenum, Alumina
Application Hydrogenation Of Cracked Gasoline
Bulk Density 0.7-0.9 G/cm3
Size 1-3 Mm
Reaction Selectivity 95-98%
High Surface Area Alumina Hydrogenation Catalyst Supported Cracked Gasoline 0.3Nm-0.5Nm

High Surface Area Alumina Hydrogenation Catalyst Supported Cracked Gasoline 0.3Nm-0.5Nm

Pore Size 0.3-0.5 Nm
Application Hydrogenation Of Cracked Gasoline
Shape Spherical
Reaction Selectivity 95-98%
Bulk Density 0.7-0.9 G/cm3
Excellent Stability Under Harsh Conditions C3 Selective Hydrogenation Catalyst For Extreme Temperatures

Excellent Stability Under Harsh Conditions C3 Selective Hydrogenation Catalyst For Extreme Temperatures

Active Metal Palladium (Pd)
Particle Size Narrow Particle Size Distribution
Support Material Aluminum Oxide (Al2O3)
Activity High Activity For C3 Hydrogenation
Surface Area High Surface Area For Efficient Catalytic Activity
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