High-Quality Duralyst TH-200 Supplier, Pricelist

Duralyst TH-200 is a CoMo hydrogenation catalyst used in SCOT reactor. Duralyst TH-200 can achieve long service life while maintaining high activity due to superior resistance hydrothermal aging.

Product Description

Duralyst TH-200 serves as a hydrogenation catalyst used in Claus Tail gas reactor. Duralyst TH-200 offers high SO2, COS, CS2 and CO conversion rate at reaction temperature of 200-280°C.

Duralyst TH-200 is a CoMo hydrogenation catalyst used in SCOT reactor. Duralyst TH-200 can achieve long service life while maintaining high activity due to superior resistance hydrothermal aging.

Product Specifications
Properties UOM Specifications
CoO % 1.5-2.5
MoO3 % 9.0-10.0
Nominal Size mm 2.5-3.5
Shape - Trilobe/Hollow Cylinder
Bulk Density g/cm³ 0.45-0.6
Surface Area ㎡/g >300
Crush Strength N >100
L.O.I. (250-1000 °C) %wt <7
Attrition Rate %wt <3.0
Shelf lifetime Year >5
Operating Temperature °C 180-400
Packaging Information

500 kg/big bag; 100 kg/drum

Safety and Handling

When using this product, the information and advice given in the Safety Data Sheet should be observed.

Frequently Asked Questions (FAQ)
What are the primary applications of Duralyst TH-200?
Duralyst TH-200 is a CoMo hydrogenation catalyst primarily used in Claus Tail gas reactors and SCOT reactors to facilitate gas conversion.
What is the operating temperature range for Duralyst TH-200?
The catalyst operates within a temperature range of 180-400°C, and offers high conversion rates for SO2, COS, CS2, and CO specifically at reaction temperatures of 200-280°C.
What is the chemical composition of Duralyst TH-200?
It features a composition of 1.5-2.5% CoO and 9.0-10.0% MoO3, designed for optimal hydrogenation activity.
What packaging options are available for this catalyst?
Duralyst TH-200 is available for delivery in two packaging formats: 500 kg big bags or 100 kg drums.
What is the expected shelf lifetime of Duralyst TH-200?
The catalyst has an expected shelf lifetime of more than 5 years under appropriate storage conditions.
Why does Duralyst TH-200 achieve a long service life?
It maintains high activity and a long service life due to its superior resistance to hydrothermal aging during operation.

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