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Mordenite Zeolite

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SKU# MZ000000

CAS No. (Type A): 1318-02-1

Product Detail

ACS Material Mordenite Zeolite is a molecular sieve with two pore channels and a high silica content. It is available in two grades, both in the H-form with a SiO2/Al2O3 molar ratio of ~20: Type A: Synthetic Mordenite, prepared by the hydrothermal synthesis method, and Type B: Natural Mordenite, a natural product. Each grade is supplied in 100 g.

Key specifications at a glance
Ionic formH-form
SiO2/Al2O3 molar ratio~20
Na2O<0.15 wt.%
Lattice collapse temperature750 °C
Relative crystallization>90%
Package100 g

Product overview

Mordenite zeolite is a molecular sieve with two pore channels and a high silica content. Although mordenite occurs naturally, synthesized mordenite is considered better suited for adsorption and catalytic processes because of the stringent purity requirements of these applications. ACS Material uses hydrothermal methods to synthesize our mordenite zeolite within strict parameters.

Mordenite is effective for catalysis, separation and purification applications because of its uniform, small pore size, its high internal surface area, flexible framework and controlled chemistry. These characteristics, together with mordenite’s high thermal and acid stability, make it especially effective as a catalyst for reactions that take place at high temperatures, such as hydrocracking, hydroisomerization, alkylation and dewaxing, and for the production of dimethylamines. Mordenite is also widely used in the adsorption and separation of gas and liquid mixtures involving acidic components. Additionally, mordenite has potential use in applications such as semiconductors, chemical sensors and nonlinear optics.

Product information

ParameterValue
Product nameMordenite Zeolite
CAS No. (Type A)1318-02-1
Ionic formH-form (Type A and Type B)
Preparation methodHydrothermal synthesis method (Type A) or natural product (Type B)

Characterizations

CharacterizationType A: Synthetic MordeniteType B: Natural Mordenite
Preparation methodHydrothermal synthesis methodNatural product
SiO2/Al2O3 molar ratio~20~20
Hardness3–43–4
Relative density0.36320.3893
Na2O<0.15 wt.%<0.15 wt.%
Particle size1–3 µm0.5–3 µm
Lattice collapse temperature750 °C750 °C
Relative crystallization>90%>90%

Ordering information

TypePackageProduct No.
Type A: Synthetic100 gMZS00021
Type B: Natural100 gMZN00021

Typical data

Typical XRD patterns of ACS Material Mordenite Zeolite, Type A: Synthetic and Type B: Natural, 2-theta 5-40 degrees
Typical SEM image of ACS Material Mordenite Zeolite, Type B: Natural, scale bar 5.00 um, x8.00k
Typical SEM image of ACS Material Mordenite Zeolite, Type A: Synthetic, scale bar 5.00 um, x11.0k
ACS Material Mordenite Zeolite. Left: typical XRD patterns of Type B: Natural (“Natural zeolite”) and Type A: Synthetic (“Artificial zeolite”), 2θ = 5–40°; Top right: typical SEM image of Type B: Natural (scale bar 5.00 µm, ×8.00k); Bottom right: typical SEM image of Type A: Synthetic (scale bar 5.00 µm, ×11.0k).

Application fields

  • Catalysts – high-temperature reactions such as hydrocracking, hydroisomerization, alkylation and dewaxing, and the production of dimethylamines.
  • Adsorbents – adsorption and separation of gas and liquid mixtures involving acidic components.
  • Desiccant.

FAQ

What is the form of these two products?

Mordenite zeolite Type A and Type B are H-form.

Published research using ACS Material Mordenite Zeolite

Disclaimer: ACS Material, LLC believes the information on this page is accurate and represents the best and most current information available to us. Specifications reflect the current published data; properties such as surface area and pore size may vary between batches — always refer to the product TDS for confirmed product-specific specifications, and follow your laboratory’s safety procedures for handling fine powders and solvents. ACS Material makes no representations or warranties, express or implied, regarding suitability for any purpose, and will not be responsible for damages resulting from use of or reliance upon this information.