MAGNAFLOC® 1011 is a high molecular weight anionic polyacrylamide flocculant provided in the form of a free-flowing granular powder. It is primarily used in mineral processing operations, including the thickening and filtration of base metal sulfide and oxide concentrates, as well as in the sedimentation and filtration processes related to coal tailings and fines.

Supplied By: Solenis

Product Code: Q10306

Regional Availability: Canada

Chemical Family: Anionics, Polyacrylamides

Functions: Flocculant

End Uses: Drilling Fluids

Applicable Processes: Deep Cone Thickening, Drilling Applications, Filtration, Mineral Processing, Mining Applications, Sedimentation

Features: Excellent Flowability, High Molecular Weight

    Enhanced TDS

    Identification & Functionality

    Features & Benefits

    Industrial Additives Features

    Applications & Uses

    Markets
    Applications
    Segments
    Applications
    Applicable Processes
    Industrial Additives End Use
    Application and Dosage Information

    Storage & Shelf Life: 

    • Magnafloc 1011 is at least stable for four years from date of manufacture in its unopened original packaging stored in a cool and dry place.
    • Stock solution 1 – 2 days

    Shipping & Handling:

    • Magnafloc 1011 is available in 25 kg bags and big bags.
    • Corrosivity towards most standard materials of construction is low, but aluminum and galvanized equipment should be avoided.

    Properties

    Physical Form

    Packaging & Availability

    Packaging Type
    Regional Availability
    • Canada

    Storage & Handling

    Handling and Storage Information

    Storage & Shelf Life: 

    • Magnafloc 1011 is at least stable for four years from date of manufacture in its unopened original packaging stored in a cool and dry place.
    • Stock solution 1 – 2 days

    Shipping & Handling:

    • Magnafloc 1011 is available in 25 kg bags and big bags.
    • Corrosivity towards most standard materials of construction is low, but aluminium and galvanised equipment should be avoided.