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OPV Donors & Ligant

OPV Donor OR Acceptors ang Ligand

As a Organic Photovoltaic (OPV) supplier , Borun New Material is committed to providing a wide range of ligands. If you are in need of assistance or Request Pricing. Please Contact Us.



  • Structure Information
    OPV Donors Ligant

    R1=R2=H

    Br-D1001
    CAS:
    M F: C64H74S2
    M W: 907.40
    R1=R2=Br Br-D1001
    CAS: 1049034-71-0
    M F: C64H74Br2S2
    M W: 1065.19

    R1=R2=CHO

    Br-D1003
    CAS: 1884694-93-2
    M F: C66H74O2S2
    M W: 963.42
    R1=Br R2=CHO CAT: GT004
    CAS:
    M F: C65H73BrOS2
    M W: 1014.31

    R1=R2= OPV Donors Ligant

    CAT: GT005
    CAS: 2095504-33-7
    M F: C90H82N4O2S2
    M W: 1315.77
    R1=R2= OPV Donors Ligant CAT: GT006
    CAS:
    M F: C92H86N4O2S2
    M W: 1343.82
    R1=R2= OPV Donors Ligant CAT: GT007
    CAS:
    M F: C90H80F2N4O2S2
    M W: 1351.75
    R1=R2= OPV Donors Ligant CAT: GT008
    CAS:
    M F: C90H78F4N4O2S2
    M W: 1387.73
    R1=R2= OPV Donors Ligant CAT: GT009
    CAS:
    M F: C90H78Cl4N4O2S2
    M W: 1453.55

  • Structure Information
    OPV Donors Ligant

    R1=R2=H

    CAT: GT010
    CAS: 1420071-64-2
    M F: C68H74S4
    M W: 1019.58
    R1=R2=Br CAT: GT011
    CAS
    M F: C68H72Br2S4
    M W: 1177.37

    R1=R2=CHO

    CAT: GT012
    CAS
    M F: C70H74O2S4
    M W: 1075.60
    R1=Br R2=CHO CAT: GT013
    CAS:
    M F: C69H73BrOS4
    M W: 1126.48

    R1=R2= OPV Donors Ligant

    CAT: GT014
    CAS: 1664293-06-4
    M F: C94H82N4O2S4
    M W: 1427.94
    R1=R2= OPV Donors Ligant CAT: GT015
    CAS: 2107971-73-1
    M F: C96H86N4O2S4
    M W: 1456.00
    R1=R2= OPV Donors Ligant CAT: GT016
    CAS:
    M F: C94H80F2N4O2S4
    M W: 1463.92
    R1=R2= OPV Donors Ligant CAT: GT017
    CAS:
    M F: C94H78F4N4O2S4
    M W: 1499.90
    R1=R2= OPV Donors Ligant CAT: GT018
    CAS:
    M F: C94H78Cl4N4O2S4
    M W: 1565.72

  • Structure Information
    OPV Donors Ligant

    R1=R2=H

    CAT: GT019
    CAS
    M F: C72H74S6
    M W: 1131.75
    R1=R2=Br CAT: GT020
    CAS
    M F: C72H72Br2S6
    M W: 1289.54

    R1=R2=CHO

    CAT: GT021
    CAS
    M F: C74H74O2S6
    M W: 1187.77
    R1=Br R2=CHO CAT: GT022
    CAS:
    M F: C73H73BrOS6
    M W: 1238.65

    R1=R2= OPV Donors Ligant

    CAT: GT023
    CAS
    M F: C100H90N4O2S6
    M W: 1572.20
    R1=R2= OPV Donors Ligant CAT: GT024
    CAS
    M F: C102H94N4O2S6
    M W: 1600.25
    R1=R2= OPV Donors Ligant CAT: GT025
    CAS:
    M F: C100H88F2N4O2S6
    M W: 1608.18
    R1=R2= OPV Donors Ligant CAT: GT026
    CAS:
    M F: C100H86F4N4O2S6
    M W: 1644.16
    R1=R2= OPV Donors Ligant CAT: GT027
    CAS:
    M F: C100H86Cl4N4O2S6
    M W: 1709.98

  • Structure Information
    OPV Donors Ligant

    R1=R2=H

    CAT: GT028
    CAS
    M F: C64H72S4
    M W: 969.52
    R1=R2=Br CAT: GT029
    CAS
    M F: C64H70Br2S4
    M W: 1127.31

    R1=R2=CHO

    CAT: GT030
    CAS
    M F: C66H72O2S4
    M W: 1025.54
    R1=Br R2=CHO CAT: GT031
    CAS:
    M F: C65H71BrOS4
    M W: 1076.42

    R1=R2= OPV Donors Ligant

    CAT: GT032
    CAS
    M F: C90H80N4O2S4
    M W: 1377.88
    R1=R2= OPV Donors Ligant CAT: GT033
    CAS
    M F: C92H84N4O2S4
    M W: 1405.94
    R1=R2= OPV Donors Ligant CAT: GT034
    CAS:
    M F: C90H78F2N4O2S4
    M W: 1413.86
    R1=R2= OPV Donors Ligant CAT: GT035
    CAS:
    M F: C90H76F4N4O2S4
    M W: 1449.85
    R1=R2= OPV Donors Ligant CAT: GT036
    CAS:
    M F: C90H76Cl4N4O2S4
    M W: 1515.66

  • Structure Information
    OPV Donors Ligant

    R1=R2=H

    CAT: GT037
    CAS
    M F: C68H72S6
    M W: 1081.69
    R1=R2=Br CAT: GT038
    CAS
    M F: C68H70Br2S6
    M W: 1239.48

    R1=R2=CHO

    CAT: GT039
    CAS
    M F: C70H72O2S6
    M W: 1137.71
    R1=Br R2=CHO CAT: GT040
    CAS:
    M F: C69H71BrOS6
    M W: 1188.60

    R1=R2= OPV Donors Ligant

    CAT: GT041
    CAS
    M F: C94H80N4O2S6
    M W: 1490.06
    R1=R2= OPV Donors Ligant CAT: GT042
    CAS
    M F: C96H84N4O2S6
    M W: 1518.11
    R1=R2= OPV Donors Ligant CAT: GT043
    CAS:
    M F: C94H78F2N4O2S6
    M W: 1526.04
    R1=R2= OPV Donors Ligant CAT: GT044
    CAS:
    M F: C94H76F4N4O2S6
    M W: 1562.02
    R1=R2= OPV Donors Ligant CAT: GT045
    CAS:
    M F: C94H76Cl4N4O2S6
    M W: 1627.84

  • Structure Information
    OPV Donors Ligant

    R1=R2=H

    CAT: GT046
    CAS
    M F: C72H72S8
    M W: 1193.86
    R1=R2=Br CAT: GT047
    CAS
    M F: C72H70Br2S8
    M W: 1351.65

    R1=R2=CHO

    CAT: GT048
    CAS
    M F: C74H72O2S8
    M W: 1249.88
    R1=Br R2=CHO CAT: GT049
    CAS:
    M F: C73H71BrOS8
    M W: 1300.77

    R1=R2= OPV Donors Ligant

    CAT: GT050
    CAS
    M F: C98H80N4O2S8
    M W: 1602.23
    R1=R2= OPV Donors Ligant CAT: GT051
    CAS
    M F: C100H84N4O2S8
    M W: 1630.28
    R1=R2= OPV Donors Ligant CAT: GT052
    CAS:
    M F: C98H78F2N4O2S8
    M W: 1638.21
    R1=R2= OPV Donors Ligant CAT: GT053
    CAS:
    M F: C98H76F4N4O2S8
    M W: 1674.19
    R1=R2= OPV Donors Ligant CAT: GT054
    CAS:
    M F: C98H76Cl4N4O2S8
    M W: 1740.01

  • Remarks: The above are the current industrialized products. If the product you need is not in the above list, please send us the product name. 
    Please Contact us if you are in need of assistance or Request Pricing.
  • Harnessing the Power of Organic Molecules for High-Performance Solar Cells

  • In the quest for renewable energy sources, Organic Photovoltaics (OPVs) have emerged as a revolutionary technology with the potential to transform the solar energy landscape. OPVs utilize organic molecules as the key building blocks to convert sunlight into electricity, offering a promising alternative to traditional silicon solar cells. With their high efficiency and performance, OPVs are paving the way for a greener and more sustainable future.


    At the core of OPV technology is the use of organic molecules as the active materials. These organic molecules, known as OPV donors, possess unique electronic properties that allow them to absorb photons from sunlight and convert them into electric charges. The ability to tailor the properties of these organic donors through chemical synthesis enables researchers to design materials with optimized light absorption and charge transport characteristics.


    The efficiency of OPVs is one of their most compelling features. While silicon solar cells have long been the dominant technology with efficiency levels above 20%, OPVs have made significant strides in recent years. Through advancements in material design and device engineering, OPVs have achieved efficiencies exceeding 15%, rivaling other emerging photovoltaic technologies. This remarkable progress has been possible due to the development of high-performance organic molecules and the optimization of device architectures.


    The choice of organic molecules as OPV ligands is critical to achieving high performance. These ligands play a crucial role in the absorption of light, charge separation, and charge transport within the solar cell. By carefully selecting and engineering these ligands, researchers can enhance the light absorption range, improve charge carrier mobility, and minimize charge recombination, thereby maximizing the power conversion efficiency of the OPV device.


    The unique properties of organic molecules offer several advantages over traditional silicon solar cells. organic solar cells can be fabricated using low-cost solution-based processes, such as printing or coating techniques, which are more scalable and economical compared to the complex and energy-intensive fabrication methods required for silicon-based solar cells. Moreover, organic solar cells can be fabricated on flexible and lightweight substrates, enabling their integration into a wide range of applications, including wearable electronics, portable devices, and even curved surfaces.


    Another key advantage of OPVs is their potential for environmental sustainability. organic molecules used in OPVs are derived from readily available and abundant carbon-based sources, making them more environmentally friendly than silicon solar cells, which rely on rare earth materials. Additionally, the low-energy fabrication processes associated with OPVs result in a lower carbon footprint during production.


    The development and commercialization of OPVs have been driven by collaborations between academic institutions, research laboratories, and industrial partners. These partnerships have led to significant advancements in organic materials, device engineering, and manufacturing techniques. Donors, including governments, private organizations, and philanthropic foundations, have played a vital role in supporting research and development efforts in the field of OPVs, recognizing their potential for addressing the global energy challenge.


    Organic Photovoltaics (OPVs) are revolutionizing the solar energy industry by harnessing the power of organic molecules to create high-performance solar cells. With their high efficiency, lightweight nature, and potential for low-cost production, OPVs offer a promising alternative to traditional silicon solar cells. The ongoing research and development efforts, coupled with the support of donors, are driving the progress of OPV technology, paving the way for a sustainable and renewable energy future.

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