PDINO

Numer CAS:

1558023-86-1

Frequently Asked Questions (FAQs)

What are the photonic and optical materials offered by Noctiluca?

Noctiluca’s photonic and optical materials are high-quality organic compounds used in optoelectronic devices. They are designed for application in functional layers of structures such as OLED, QLED, PLED, and solar cells (OPV, perovskites).

What functions can these materials perform in OLED structures?

These compounds can function as transporting, blocking or emissive layers, such as: ETL (electron transport layer), HTL (hole transport layer), EBL (electron blocking layer), TADF dopants, and light emitters.

Which technologies, apart from OLED, utilize these materials?

Besides OLED, these materials are also used in QLED, PLED, perovskite solar cells, and other prototype optoelectronic structures where proper energy level alignment is essential.

What types of layers can be made with these compounds (ETL, HTL, EBL, etc.)?

The portfolio includes materials dedicated to ETL, HTL, EBL, HBL (hole blocking layer), as well as emitters and TADF dopants.

Are these products registered with CAS numbers?

Yes, most compounds offered by Noctiluca have a unique CAS number, which ensures chemical traceability and is provided in the product description.

What structural data is available in material descriptions?

Descriptions typically include molecular formula, molecular weight, and often a chemical structure with a defined functional layer role.

What physicochemical information is available for individual products?

Available data usually includes molecular weight, melting or sublimation temperature, HPLC purity, and physical form (powder or sublimated).

Is the material purity provided, and what are typical values?

Yes, a standard purity of ≥99.5% (HPLC) is indicated, which is crucial for stability and performance in optoelectronic applications.

Are sublimated forms of the materials offered?

Yes, many compounds are also available in sublimated form, suitable for thermal evaporation processes in vacuum deposition.

Is melting or sublimation temperature data available?

Yes, these values are typically listed in the technical product information, aiding process selection.

Are the materials delivered in powder form?

Yes, the standard form of delivery is a dry, solid powder, ready for further processing or purification.

Are the materials compatible with typical OLED cathodes?

The compounds are designed to be compatible with electrodes such as Al/LiF, Ca/Ag, or Mg/Ag, ensuring effective charge injection and transport.

Can the delivery form be customized to the customer’s needs?

Yes, customized delivery options are possible, including form, quantity, and prior sublimation or treatment.

What are the application areas: OLED, QLED, PLED, OPV, perovskites?

Applications include OLED and QLED displays and lighting, printed PLED structures, OPV and perovskite cells as transport or buffer layers.

Can photophysical data such as absorption/emission maxima be obtained?

For selected materials, absorption and emission maxima are available. Please contact the technical team for detailed datasheets.

Can the customer request a safety data sheet (SDS)?

Yes, the Safety Data Sheet (SDS) is available upon request and contains comprehensive safety and handling information.

Is delivery possible for both lab-scale and production-scale quantities?

Yes, both small R&D quantities (mg–g) and larger pilot or production batches are available.

Does Noctiluca offer support in selecting materials for specific applications?

Yes, the technical team supports customers in choosing the optimal material based on energy level alignment and device requirements.

What are the steps to order a material or request a sample?

Orders can be placed via the contact form on the product page. The inquiry should include the compound name, desired quantity, and intended application.

Category: Photonic and Optical Materials

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