Thin Layer Chromatography Plates, SiliCycle

Supplier: SiliCycle
TLGR30411B323 TLGR23611B323 TLGR10011B423 TLGR30411B323 TLGR10014B424 TLPR10011B323 TLGR10011B341 TLGSR10011B333 TLGCZR10011B32 TLAR30411B303 TLGR35011B713 TLGR10014BK323 TLGSR10011B723 TLGSR10011B423 TLGR52011B723 TLGR52011B203 TLGR10014B417 TLPR10011B2575 TLGR10014B417 TLGAUT0337323N TLGR30411B213 TLGAUT0337323N TLGR35011B713 TLGR10011B723 TLGR10014B323 TLGR38011B203 TLGR52011B303 TLGR31011B203 TLGR10014BK323 TLGSR10011B353 TLGR52011B303 TLGSR10011B423 TLGR38011B723 TLAR10011B323 TLGSR10011B723 TLGR32611B203 TLGR23511B333 TLGR30411B341 TLGR10014B124 TLGR10011B624 TLPR10011B323 TLGR10011B333 TLGR10011B353 TLGR38011B203 TLGR23511B303 TLGR38011B723 TLGSR10011B341 TLGSR10011B323 TLGSR10011B341 TLGR32611B303 TLGR31011B303 TLGR10014B323 TLGR23511B423 TLGR31011B203 TLGSR10011B424 TLGR10014B424 TLGAUT0337323B TLGR32611B303 TLGR23511B303 TLGAUT0337323B TLGR52011B203 TLGR38011B303 TLGR32611B203 TLGR23611B323 TLGSR10011B333 TLGR10014B124 TLGR30411B303 TLGR10011B527 TLGR30411B303 TLGSR10011B323 TLGR23511B423 TLGSR10011B353 TLGR38011B303 TLAR10011B323 TLGR31011B303 TLGCZR10011B32 TLGR23511B333 TLGR30411B213 TLGR52011B723 TLGR30411B341 TLAR30411B303
75928-090BX 1151.11 CAD
75928-090 75928-092 75928-094 75928-050 75928-040 CA75928-096 75928-084 CA75928-052 75928-086 CA75928-050 75928-042 75928-088 CA75928-056 CA75928-054 75928-046 CA75928-098 CA75928-010 CA75928-016 75928-048 CA75928-014 CA75928-058 75928-008 CA75928-070 75928-060 75928-096 CA75928-062 75928-052 CA75928-060 75928-010 75928-098 75928-054 CA75928-022 75928-056 CA75928-066 CA75928-100 CA75928-064 CA75928-020 75928-058 CA75928-026 CA75928-104 CA75928-024 CA75928-068 CA75928-080 75928-070 CA76012-822 75928-072 CA75928-074 75928-062 CA75928-072 75928-064 75928-100 CA75928-078 75928-066 CA75928-034 75928-068 CA75928-076 75928-104 CA75935-542 CA75928-038 CA75935-544 CA75928-036 CA75928-092 75928-080 75928-082 75928-074 CA75928-040 CA75928-084 CA75928-082 75928-076 CA75928-088 75928-034 75928-078 CA75928-042 75928-036 CA75928-086 75928-038 CA75928-048 75935-544 CA75928-046 CA75928-008 75935-542
Thin Layer Chromatography Plates, SiliCycle
TLC Plates
SiliaPlate™ TLC Plates are an optimal choice for quick, inexpensive, versatile and classical separations, that can purposefully be functionalized for extra selectivity toward your analyte.

  • High chemical resistance (both toward solvents or vizualisation stains)
  • High heating stability and charring resistance,
  • High-resolution separations
  • Fast, accurate & reproducible separations
  • No chipping off of silica layer
  • Easy cutting
  • Very best value for money on market.

As far as TLC coatings are concerned, unfunctionalized silica gel matrix usually steal the show as it's by far the most universal matrix for all kind of purification needs

In normal phase separation, the mobile phase is less polar than the stationary phase Aluminium oxide is the second most frequent sorbent after silica gel. It exhibits similar polarity as the latter. Particularly adapted to terpenes, alkaloids, steroids, aliphatic and aromatic compounds, we recommend activation of the sorbent by heating 10 minutes at minimum 120 ⁰C for optimal use (heating gun, oven, hot plate...).

C18 phase is a blockbuster for the separation of low to high polarity in reversed phase mode.

Diol phase is an ideal one for difficult sepration of low to medium polarity samples.

Cyano phase is a very verstatile sorbent as it is enough flexible to be used in both normal or reversed phase! A little less polar than plain silica with slight hydrophobicity, it offers alternative selectivity and a favorite choice for organic molecules with intermediate to extreme polarity.
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