SYLOBEAD® MS 562 CS

1 of 21 products in this brand
This product is an exceptional, highly porous, high-performance crystalline aluminosilicate presented in spherical form. The pore openings within its crystals have a diameter of approximately 3 Å. Additionally, the larger particle diameter of This product makes it an ideal choice for units where concerns about high pressure drop are prominent. This product's performance and durability make it a valuable asset in various industrial processes, ensuring efficient and reliable gas dehydration.

Supplied By: W .R. Grace & Co.

Product Code: Q09430

Regional Availability: USA

Chemical Family: Aluminosilicates

Functions: Adsorbent, Molecular Sieve

Applicable Processes: Butadiene Drying, Cracked Gas Purification, Gas Drying, Gas Purification, Olefins Drying, Propylene Drying, Unsaturated Hydrocarbons Drying

Features: High Water Adsorption, Low Attrition Loss, Low Operational Pressure Drop, Minimal Material Breakup, No Green Oil Formation

    Enhanced TDS

    Identification & Functionality

    Chemical Family
    Aluminosilicates
    Chemical Name
    Quartz (SiO2),
    Tetrasodium pyrophosphate,
    Zeolites
    Supplied By
    W .R. Grace & Co.
    Industrial Additives Functions
    Adsorbent,
    Molecular Sieve
    Technologies
    Industrial Additives & Materials
    Product Families
    Industrial Additives & Materials — Oil, Gas & Mining Chemicals
    Refinery & Gas Treatment Chemicals

    Features & Benefits

    Industrial Additives Features
    High Water Adsorption,
    Low Attrition Loss,
    Low Operational Pressure Drop,
    Minimal Material Breakup,
    No Green Oil Formation

    Applications & Uses

    Markets
    Industrial
    Applications
    Industrial — Oil, Gas & Mining
    Refining & Gas Processing
    Segments
    Oil & Gas
    Applications
    Oil & Gas — Natural Gas Processing
    Oil & Gas — Refining
    Applicable Processes
    Butadiene Drying,
    Cracked Gas Purification,
    Gas Drying,
    Gas Purification,
    Olefins Drying,
    Propylene Drying,
    Unsaturated Hydrocarbons Drying
    Recommended Applications
    • SYLOBEAD® MS 562 CS is a high performance 3 Å spherical molecular sieve specifically formulated for the dehydration of cracked gas, propylene, butadiene and other unsaturated hydrocarbons.
    • The proprietary, enhanced formulation of SYLOBEAD® MS 562 CS provides maximum retained cyclic H2O capacity, minimal attrition or material breakup, low unit pressure drop, maximum resistance to coking, no green oil formation and long service life in severe service cracked gas dehydration applications.
    • The large particle diameter of SYLOBEAD® MS 562 CS makes this product an ideal choice for units where high pressure drop is a concern.
    • SYLOBEAD® MS 562 CS is a synthetic aluminosilicate bound with a mineral clay.

    Properties

    Physical Form
    Beads,
    Solid

    Regulatory & Compliance

    Certifications & Compliance
    ISO 9001
    Chemical Inventories
    DSL (Canada)

    Packaging & Availability

    Packaging Type
    Bag,
    Drum
    Regional Availability
    • USA
    Packaging Information

    The standard packaging for SYLOBEAD® MS 562 CS is:

    • 800 kg/big bag,  big bag/pallet, 800 kg/pallet, pallet: 1000 x 1200 mm.
    • 140 kg/drum, 4 drums/pallet, 560 kg/pallet, pallet: 1000 x 1200 mm.

    Storage & Handling

    Handling and Storage Information
    • SYLOBEAD® MS 562 CS should be handled so as to avoid generation of dusty conditions at the workplace.
    • When pouring into a container in the presence of flammable liquids, gasses or dust, earth both containers electrically to prevent a static electric spark and the risk of explosion.
    • Storage in a dry warehouse is recommended. Extended exposure to UV light degrades the big bag material and this should be avoided.
    • Open packages should be resealed to prevent contamination and adsorption of water or other gasses and vapors.
    • The material in drums should be used within 48 months, the material in big bags within 12 months (from the date of production).