Thin Layer Chromatography Plates POLYGRAM MACHEREY-NAGEL
The POLYGRAM polyester plates by Macherey-Nagel are easy to handle, lightweight, and flexible. Can be cut with scissors. Developed POLYGRAM sheets can also be stored for documentation in laboratory notebooks.
Thickness (approx.): 0.2 mm
Weight and storage requirements: low
Torsional strength: low
Temperature stability: max. 185ºC
Susceptible to breakage: no
Chemical resistance against solvents: high
Chemical resistance against mineral acids and conc. ammonia: high
Suitability for aqueous detection reagents: good
For any questions about these plates or supports not found on this page, please contact helpdesk@scharlab.com.
Thickness (approx.): 0.2 mm
Weight and storage requirements: low
Torsional strength: low
Temperature stability: max. 185ºC
Susceptible to breakage: no
Chemical resistance against solvents: high
Chemical resistance against mineral acids and conc. ammonia: high
Suitability for aqueous detection reagents: good
For any questions about these plates or supports not found on this page, please contact helpdesk@scharlab.com.
The POLYGRAM polyester plates by Macherey-Nagel are easy to handle, lightweight, and flexible. Can be cut with scissors. Developed POLYGRAM sheets can also be stored for documentation in laboratory notebooks.
Thickness (approx.): 0.2 mm
Weight and storage requirements: low
Torsional strength: low
Temperature stability: max. 185ºC
Susceptible to breakage: no
Chemical resistance against solvents: high
Chemical resistance against mineral acids and conc. ammonia: high
Suitability for aqueous detection reagents: good
For any questions about these plates or supports not found on this page, please contact helpdesk@scharlab.com.
POLYGRAM SIL G: TLC polyester plates with unmodified silica gel. With and without UV indicator
POLYGRAM CEL 300: TLC polyester plates with native fibrous cellulose. Fiber length (95 %) 2–20 µm, average degree of polymerization 400–500
POLYGRAM CEL 400: TLC polyester plates with microcrystalline cellulose. Prepared by hydrolysis of high-purity cellulose with HCl; average degree of polymerization 40-200.
POLYGRAM ALOX N: Aluminum plates with aluminum oxide. We recommend to activate aluminum oxide layers before use by heating 10 minutes at 120 °C.
POLYGRAM POLYAMID: TLC polyester plates with polyamide PA6. With and without indicator
POLYGRAM SIL N-HR: TLC polyester plates with unmodified high purity silica gel. Higher gypsum content and different binder system compared to SIL G results in different separation characteristics.
POLYGRAM IONEX-25: Polyester TLC plates with a mixture of silica and strong ion-exchange
Connect:
Scharlab S.L.
F +34937152765
helpdesk@scharlab.com
Gato Pérez, 33. Pol. Ind. Mas d’en Cisa E08181 Sentmenat, Barcelona, España
T +34937456400F +34937152765
helpdesk@scharlab.com
Laboratory supplies
Chemicals Microbiology Glassware, quartz and porcelain Chromatography Equipment Consumables Safety and hygiene
Chemicals Microbiology Glassware, quartz and porcelain Chromatography Equipment Consumables Safety and hygiene