Miles Scientific Analtech Aluminium Oxide F (Fluorescent indicator UV254) TLC Plates on Glass, 250 um, 5 x 10 cm, 50/Pk - P1340A1-2

Flexible-backed Analytical TLC Plates

Miles Scientific Analtech Brand Aluminum Oxide (Al2O3) F Thin Layer Chromatography (TLC) Plates on Glass (with Fluorescent indicator UV254) - 250µm Thickness - 5x10cm - Box of 50 Plates

Product Number: P1340A1-2

• F - Fluorescent indicator UV254. (Can be added to any adsorbent.)

Analtech’s flexible backed TLC plates offer the same exacting specifications as with the classic glass backed plates assuring batch-to-batch uniformity. Quality is controlled at each step in the manufacturing process — from incoming raw materials to outgoing packaging.

•  Lighter and safer to handle than glass; also unbreakable
•  Easy to cut with scissors to customize plate size or isolate components
•  Available with Polyester or Aluminum backing
•  Attach to reports for permanent record
•  Minimum storage space required
•  Inexpensive shipping due to weight

REVERSED PHASE - HPTLC UNIPLATES™

The availability of both normal phase and Reversed Phase HPTLC UNIPLATES™ completes HPTLC as a sensible, efficient and cost effective alternative technique for quantitative analysis. These Reversed Phase adsorbents share the features and benefits of silica gel HPTLC plates: high efficiency adsorbents, 150 μm layer thickness, and smooth surface for densitometry. In the High Performance format, Analtech offers several varieties of supports. A hydrocarbon impregnated layer, similar to the analytical RPS UNIPLATE, offers complete aqueous solvent compatibility

Three nonpolar bonded supports in the UNIBOND™ series are available: RP2, RP8, and RP18. These fully silanized silica gels share complete compatibility with all organic solvents. However, due to the extreme hydrophobic nature of the RP18 adsorbent, aqueous wettability is limited to approximately 60% water in the mobile phase. Wettability is correspondingly higher with the slightly more polar shorter chain RP series plates.

The smooth homogeneous surface of HPTLC UNIPLATES gives high signal-to-noise ratios for densitometric scanning, thus increasing sensitivity and precision.