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Vinylic conjugated polymers :
This kind of polymer structure can find several applications in organic electronic, like photovoltaic,
PLED, laser or organic transistors and others that required a semiconducting material.
This polymer is produced with the Horner-olefination process (High trans-double bond proportion) and is terminated with aldehyde.
To calculate your desired chain length, take care to use this formula :
number of aromatic ring = [DPn *2]+3 for the MEH-PPV structure only
the DPn is fully customizable by you, just indicate it in the reference.
| Poly[2-methoxy-5-(2-ethylhexyloxy)-1,4-phenylenevinylene] | CAS: 138184-36-8 | ||
| Ref: OLT-P001-DPn |
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| (C18H28O2)n | MSDS :  |
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| F.W.: 520.74 (repetitive unite) | |||
NMR : |
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| Quantity: 1g to 10g | |||
Price: 1g: 500 to 700€ |
appearance : Red powder | ||
| DPn start at 2.5 (8 rings) and goes as high as you need. | Solubility |
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| Poly((9,9-dihexyl-9H-fluorene-2,7-vinylene)-co-(1-methoxy-4-(2-ethylhexyloxy)-2,5-phenylenevinylene)) | CAS: NC | ||
| Ref: OLT-P002 |
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| (C46H60O2)n | MSDS : |
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| M.: 618,93 (repetitive unite) | |||
| NMR : |
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| Quantity: 0,5g à 5g | |||
Price: |
appearance : Orange powder | ||
| ratio PFV/MEH-PPV : 50:50 | Solubility |
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Our MEH-PPV are terminated with an aldehyd function that allows these semiconducting polymers to be post modify or linked with an other polymer. MEH-PPV are very soluble in common organic solvents that assure an easy processing for all electronics organic devices like PLED, OPV, OTFT and more. MEH-PPV are conjugated and give materials which emits in the yellow to red wave length. The polymers are suitable to make organic light emitting diode like OLED PLED P-OLED. Green light emitting polymer (PFV-co-MEH PPV) can be used as an electroluminescent devices like organic light emitting film diode.