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Zeolite ZSM-5 Molecular Sieve, Used in Methanol Converting to Gasoline

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Zeolite ZSM-5 Molecular Sieve, Used in Methanol Converting to Gasoline

Name: Zeolite ZSM-5 Molecular Sieve, Used in Methanol Converting to Gasoline
Brand: Pingxiang Zhongying Packing Co. Ltd
Rating: 4.8 (40 reviews)

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Model No. :	VS-ZSM-5
Brand Name :

10yrs

Pingxiang City, Jiangxi, China

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Pingxiang Zhongying Packing Co. Ltd

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Product description

It has the properties of good thermotolerance, acid resistance and thermostability, it can be used as catalytic cracking active component to improve the gasoline octane number, propylene yield or hydrocarbons isomerization ability

FCC catalyst which is excellent stability, great activity, and low operating pressure, is produced on the base of our molecular sieves by ourselves

Zeolite ZSM-5 are mainly applied:

Catalytic cracking
Catalytic dewaxing
Toluene disproportionation
Xylene isomerization
Ethylene-benzene alkylation
Methanol converting to gasoline
Methanol catalytic dehydration to produce dimethyl ether
Lower carbon hydrocarbon aromatization

Structural states:

Crystallinity: ≥95%
Pore size: 5Å
Framework density: 1.81 (determined in isooctane)
Thermal stability: The differential thermal analyst (DTA) curve shows that the crystal exhibits no major structural change up to temperature of about 1,200℃
Hydro-thermal stability: the binder-additive catalyst could retain its crystallinity when treated under 100% steam at a temperature of 700℃ for 12hrs
BET specific surface area: 340≥m²/g
Na2O: ≤0.1%
SiO2/Al2O3=24-500
Knitted package under-wearing plastic bag 25, 40, 500kg/package
Not dangerous goods but avoid moisture and keep dry and air-proof during transportation
Store in the dry and ventilate area, do not put in the open air

Catalytic cracking

Catalytic dewaxing

Toluene disproportionation

Xylene isomerization

Ethylene-benzene alkylation

Methanol converting to gasoline

Methanol catalytic dehydration to produce dimethyl ether

Lower carbon hydrocarbon aromatization

Crystallinity: ≥95%

Pore size: 5Å

Framework density: 1.81 (determined in isooctane)

Thermal stability: The differential thermal analyst (DTA) curve shows that the crystal exhibits no major structural change up to temperature of about 1,200℃

Hydro-thermal stability: the binder-additive catalyst could retain its crystallinity when treated under 100% steam at a temperature of 700℃ for 12hrs

BET specific surface area: 340≥m²/g

Na2O: ≤0.1%

SiO2/Al2O3=24-500

Knitted package under-wearing plastic bag 25, 40, 500kg/package

Not dangerous goods but avoid moisture and keep dry and air-proof during transportation

Store in the dry and ventilate area, do not put in the open air