recycling chromatographic separation of functional molecules · suitable for separation of polymers...

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Recycling Chromatographic Separation of Functional Molecules (D141201AE)

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Page 1: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

Recycling Chromatographic Separation

of Functional Molecules

(D141201AE)

Page 2: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

Recycle Preparative HPLC System LC-Forte/R

Preparative device designed for both high/medium pressure chromatographyIdeal for purification in the crude stage through to the final stage.Ideal for purification in the crude stage through to the final stage.3 variable-wavelengths UV detector available as a standard feature.User friendly operation provided by touch input on graphic screen.Compact design but equipped with multiple functions such as recyclingfunction, automatic programming function, etc.

LC F t /RLC-Forte/R

1http://www.ymc.co.jp/en/chromato/forte/index.html

Page 3: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

SEC (GPC) Preparative ColumnYMC-GPC

Suitable for separation of polymers or oligomers on the basisof molecular weightof molecular weightCompatible with organic solvents with various polaritiesHigh resolution and long lifetime under a high flow rate conditiong g gHigh productivity by fast separationIdeal for recycling GPC that can improve resolution

YMC-GPC

2

Page 4: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

Recycling Purification of Polyfluorene Oligomers (1)

Column : YMC-GPC T4000 (10 m 10 nm) + T30000 (10 m 50 nm)Column : YMC GPC T4000 (10 m, 10 nm) + T30000 (10 m, 50 nm)

600 X 20 mmI.D. X 2

Eluent : chloroform

Flow rate : 10 mL/min

Detection : UV at 310, 360, 400 nm

Recycling separation : 7 cycles (180 min)

Sample : Polyfluorene derivatives (mixture of oligomers)

Injection : 10 mL (30 mg/mL)

3

Injection : 10 mL (30 mg/mL)

System : LC-Forte/R

Page 5: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

Recycling Purification of Polyfluorene Oligomers (2)

Recycling region

n=3

n=4 n=2

min

4

Courtesy of Dr. K. NOMURA, Department of Chemistry, Tokyo Metropolitan University, Japan

Page 6: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

Recycling Purification of Thiophene Derivative (1)

+ Impurities+ Impurities

Column : YMC-GPC T4000 (10 m, 10 nm) + T30000 (10 m, 50 nm)

600 X 20 mmI.D. X 2600 X 20 mmI.D. X 2

Eluent : chloroform

Flow rate : 10 mL/min

Detection : UV at 310, 360, 400 nm

Recycling separation : 3 cycles (95 min)

Sample : Thiophene derivative

Injection : 10 mL (30 mg/mL)

System : LC Forte/R

5

System : LC-Forte/R

Page 7: Recycling Chromatographic Separation of Functional Molecules · Suitable for separation of polymers or oligomers on the basis of molecular weight Compatible with organic solvents

Recycling Purification of Thiophene Derivative (2)

Recycling region

min

6

Courtesy of Dr. K. NOMURA, Department of Chemistry, Tokyo Metropolitan University, Japan