Follow SiliCycle on Facebook Follow SiliCycle on Twitter Follow SiliCycle on LinkedIn Watch our videos on Youtube

8 Item(s)

Set Descending Direction
per page

List  Grid 

  1. Periodic Table of Metals Removed by SiliaMetS Metal Scavengers

    Periodic Table of Metals Removed by SiliaMetS Metal Scavengers

    Flyer (11 x 8.5 in.) - Group of metals removed by SiliaMetS Metal Scavengers
  2. SiliaMetS DEAM: Your last step toward uncompromised purity

    SiliaMetS DEAM: Your last step toward uncompromised purity

    Flyer - Effectively eliminate trace metals and boronic acids from products with SiliaMetS DEAM
  3. Experimental Procedures for Scavengers (Metal & Organic)

    Experimental Procedures for Scavengers (Metal & Organic)

    Pamphlet (6 pages) - A step-by-step guide for all practical and experimental questions that might rise concerning the use of Silicycle's silica-based scavengers.
  4. SiliCycle range of silica-based scavengers for the removal of metal and/or organic compounds

    Choosing your metal & organic scavenging solution

    Poster (36 x 24 in.) - Helps to choose among SiliCycle's unparalleled range of Metal and Organic Scavengers, SiliaMetS® and SiliaBond®.
  5. Metal Scavenging with SiliaMetS® AMPA

    Metal Scavenging with SiliaMetS® AMPA

    Application Note (7 pages) - SiliCycle's SiliaMetS AMPA effectively eliminates Iron, Copper, Zinc, Manganese, Lanthanides, Antimony and Nickel.
  6. Metal Scavenging with SiliaMetS® DEAM

    Metal Scavenging with SiliaMetS® DEAM

    Application Note (7 pages) - SiliaMetS DEAM effectively eliminates trace metals and boronic acids from products.
  7. Scavenging of Nucleophiles and Basic Reactivity with SiliaBond® Guanidine

    Scavenging of Nucleophiles and Basic Reactivity with SiliaBond® Guanidine

    Application Note (7 pages) - SiliCycle's SiliaBond® Guanidine effectively eliminates organic acids and may be used as a strong base.
  8. Scavenging of Pd(dt-bpf)Cl2

    Scavenging of Pd(dt-bpf)Cl2

    Application Note (7 pages) - Pd(dt-bpf )Cl2 is a strong, homogeneous catalyst that has been shown to be very stable and active for all coupling reactions, especially aminations, reductive carbonylations and Suzuki couplings.

8 Item(s)

Set Descending Direction
per page

List  Grid