Materials Sales

We offer materials with our own chemical structure or synthesis method.

1.Perovskite solar cells

  • PTAA

    CAS Number: 1333317-99-9

    Use Hole transport materials for perovskite solar cells.
    Feature

    Our PTAA is characterized to have high hole mobility over 1x10-3 cm2/Vs as well as excellent heat resistance and film deposition properties. In addition, our PTAA satisfies low cost at the same time. Please refer to the following material introduction for the details.

    Introduction for PTAA
    PTAA（高移動度品）

  • PTAA001

    Use Hole transport materials for perovskite solar cells.
    Feature

    PTAA001 has a shallower HOMO energy level (-5.15eV). Please refer to the following material introduction for the details.
    Introduction for PTAA001
    Introduction for PTAA001

  • PTAA003

    Use Hole transport materials for perovskite solar cells.
    Feature

    PTAA003 has a deeper HOMO energy level (-5.59eV). Please refer to the following material introduction for the details.
    Introduction for PTAA003
    Introduction for PTAA003

  • PTAA004

    Use Hole transport materials for perovskite solar cells.
    Feature

    The HOMO-LUMO energy gap of PTAA004 is tuned to be wider (HOMO-LUMO energy gap 3.46eV). Please refer to the following material introduction for the details.
    Introduction for PTAA004
    PTAA004

  • V-PTAA

    Feature

    V-PTAA is characterized by its crosslinking property. It crosslinks by thermal treatment to show solvent resistance. For details, please refer to the following introductory materials.
    Introduction for V-PTAA
    V-PTAA

2.OLED

  • TBPe (Purified by sublimation)

    CAS Number: 1333317-99-9

    Use

    Blue emitting materials for OLED. Highly efficient emission is obtained in conmbination with TADF materials.
    Our unique synthesis method enables us to provide the material at low cost.

    Introduction for TBPe
    TBPe

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