TLC Plates POLYGRAM® CEL 400 / UV254, 20 x 20 cm, 25 Piece(s)
SKU 1333.1
€ 184,04
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TLC Plates POLYGRAM® CEL 400 / UV254, 20 x 20 cm, 25 Piece(s)
Product Details
HS code: 38229000
EAN: 8721028178190
Brand: Macherey-Nagel
Material: polyester with Cellulose MN 400 (AVICEL®), with fluorescence indicator.
Microcrystalline cellulose, cellulose MN 400 (AVICEL®)
- Prepared by hydrolysis of high puritiy cellulose with HCl
- Mean degree of polymerisation: 40-200
Further attractive products to complete your chromatography laboratory can be found on our Chromatography page!
TLC Plates POLYGRAM® CEL 400 / UV254
Technical Information
| Plate format | 20 x 20 cm |
| Layer thickness | 0.1 mm |
| Material | polyester |
| Modification | Microcrystalline cellulose |
| Fluorescent indicator | yes |
| Separation principle | Normal phase (NP) |
| Phase | CEL 400 |
| Particle type | Fully porous particles (FPP) |
| pH stability | 2,0-8,0 |
| Temperature stability | High |
| Recommended application(s) | Carboxylic acids, lower alcohols, urea and purine derivatives |
Further attractive products to complete your chromatography laboratory can be found on our Chromatography page!
Thin Layer Chromatography (TLC)
Although the principle of thin-layer chromatography is more than a century old, it did not make its breakthrough as an analytical method until about 50 years ago.
Thanks to the development of new sorbents and supports, as well as increasing instrumentation and automation, TLC has become a versatile separation method. It is used both in qualitative analysis and in quantitative analysis.
Applications range from simple manual separation processes in classic TLC to automated processes in HPTLC (high performance thin layer chromatography).
Advantages of thin layer chromatography:
- Higher sample throughput in less time
- Suitable for screening tests
- Pilot process for HPLC
- The ready-to-use TLC layer functions as a data storage device for separation results
- The separated substances can be used later for further analysis (e.g. IR, MS)
- By switching the mobile and the stationary phases, the separation process can be optimised quickly and cost-efficient
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