BANGKAI Thin Layer Chromatography silica gel plate (analysis plate)(TLC,HPTLC) CAS NO.112926-00-8

BANGKAI Thin Layer Chromatography silica gel plate (analysis plate)(TLC,HPTLC)

 

 Properties:

Thin layer chromatography silica gel analysis plate is the chromatographic material which using efficient silica gel powder as adsorbent, and modulating with a new organic binder, then coating silica gel on glass plate uniformly with automatic coating apparatus. It has those features: a small amount of spotting, fast separation and high sensitivity.

 

Application:

The product is widely used in the research of pharmaceutical, chemical, biochemical, environmental, and public security system. And it has good effect on some trace as well as complex composition compounds. It is very suited for the qualitative and quantitative determination.

 

 

Technical Data:

                Coating thickness: 0.2-0.25mm

            Granularity: 10-40μm(TLC)

                                 8±2μm≥80%(HPTLC)

             PH: 6.2-6.8

             Scattering parameter: SX=3

             Adhesive fastness: Available glass cutter cutting and HB pencil marking

             Anti-interference: No effect of concentrated sulfuric acid and potassium permanganate

 

Specification and Description:

             TLC plate:      SG               SGF254

          HPTLC plate:    HSG             HSGF254

          H—Efficient   S—Adsorbent is silica gel   G—Glass 

          F254—Fluorescent indicator and wavelength

 

 

 Package:

Specification (cm)	Pcs/box (white cardboard)	Pcs/carton (corrugated carton)
2.5*8	320	1600
2.5*10	320	1600
5*10	160	800
10*10	80	400
5*20	80	400
10*20	40	200
20*20	20	100

 

 

Warm TIPS:

1, The technical index and packaging of the product can be customized according to customer's requirements

2, This product is strong in moisture absorption, so it should be stored in dry and ventilated places, silica gel plate after unpacking used up should be immediately sealed, so as not to absorb moisture or other chemical substances and affect the separation performance.

 

BANGKAI Thin Layer Chromatography silica gel plate (analysis plate)(TLC,HPTLC)

 

 Properties:

Thin layer chromatography silica gel analysis plate is the chromatographic material which using efficient silica gel powder as adsorbent, and modulating with a new organic binder, then coating silica gel on glass plate uniformly with automatic coating apparatus. It has those features: a small amount of spotting, fast separation and high sensitivity.

 

Application:

The product is widely used in the research of pharmaceutical, chemical, biochemical, environmental, and public security system. And it has good effect on some trace as well as complex composition compounds. It is very suited for the qualitative and quantitative determination.

 

 

Technical Data:

                Coating thickness: 0.2-0.25mm

            Granularity: 10-40μm(TLC)

                                 8±2μm≥80%(HPTLC)

             PH: 6.2-6.8

             Scattering parameter: SX=3

             Adhesive fastness: Available glass cutter cutting and HB pencil marking

             Anti-interference: No effect of concentrated sulfuric acid and potassium permanganate

 

Specification and Description:

             TLC plate:      SG               SGF254

          HPTLC plate:    HSG             HSGF254

          H—Efficient   S—Adsorbent is silica gel   G—Glass 

          F254—Fluorescent indicator and wavelength

 

 

 Package:

Specification (cm)	Pcs/box (white cardboard)	Pcs/carton (corrugated carton)
2.5*8	320	1600
2.5*10	320	1600
5*10	160	800
10*10	80	400
5*20	80	400
10*20	40	200
20*20	20	100

 

 

Warm TIPS:

1, The technical index and packaging of the product can be customized according to customer's requirements

2, This product is strong in moisture absorption, so it should be stored in dry and ventilated places, silica gel plate after unpacking used up should be immediately sealed, so as not to absorb moisture or other chemical substances and affect the separation performance.