CM4128 FCC catalyst Powder (two-stage catalytic cracking or MIP Process)

Catalogue Number	CM4128
Pore Volume	≥0.38 ml/g
APS	65.0~80.0 μm

The FCC catalyst (two-stage catalytic cracking or MIP process) is characterised by its ability to crack heavy oil, high cracking activity, low coke yield, and high resistance to metal contamination. Stanford Advanced Materials (SAM) has extensive experience in the manufacture and supply of high-quality catalysts.

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Re2O3 Content		4~5
Al2O3 Content		≥47.0
Fe2O3 %		≤0.30
N2O %		≤0.25
LOI %		≤13.0
Pore Volume (ml/g)		≥0.37
Specific Surface Area (^m2/g)		≥240
Apparent Bulk Density		0.67~0.80
Particle Size Distribution	0~20μm, %	≤3.0
	0~40μm, %	≤15
	0~149μm, %	≥90
APS(μm)		65.0~80.0

Re2O3 %		4~5
Al2O3 %		≥47.0
Fe2O3 %		≤0.30
N2O %		≤0.25
LOI %		≤13.0
Pore volume (ml/g)		≥0.37
Specific surface area (m²/g)		≥240
Apparent bulk density		0.67~0.80
Particle size distribution	0~20μm, %	≤3.0
	0~40μm, %	≤15
	0~149μm, %	≥90
APS (μm)		65.0~80.0

CM4128 FCC catalyst Powder (two-stage catalytic cracking or MIP Process)

FCC Catalyst (Two-stage Catalytic Cracking or MIP Process) Description

FCC Catalyst (Two-stage Catalytic Cracking or MIP Process) Specifications

FCC Catalyst (Two-stage Catalytic Cracking or MIP Process) Applications

FCC Catalyst (Two-stage Catalytic Cracking or MIP Process) Packaging

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