Trifenilaminas cas 603-34-9, kinija trifenilaminas cas 603-34-9 gamintojai, tiekėjai, gamykla-foconsci chemical industry co., ltd.

Struktūrinė formulė:

Prekės aprašymas:

Punktas	Standartinis	Testo rezultatai
Masės sumažėjimas džiovinant	≤2.0%	0.19%
Sunkieji metalai	≤ 10 ppm	<10 ppm
Vanduo	≤1.0%	0.10%
Sulfatiniai pelenai	≤0.5% nustatyta 1.0 g.	0.01%
Likučiai užsidegus	≤0.1%	0.03%
Tyrumas	≥ 99.0%	99.70%

Savybės ir Naudojimas:

Triphenylamine (CAS: 603-34-9) appears as white or light yellow crystalline powder. It has excellent electron transport properties and good structural modification capabilities.

1. Organic optoelectronic materials

OLED technology: Triphenylamine, as a hole transport material, can significantly improve the luminous efficiency and long-term stability of the device.

Organic solar cells: In photoelectric conversion equipment, it improves charge separation efficiency and promotes the development of high-performance solar cells.

Photosensitive components: used in advanced optoelectronic components such as photoresistors and photoconductors to support the development of precision optical equipment.

2. Dyes and Pigments Industry

Azo dyes and fluorescent dyes: Triphenylamine gives dyes high color fastness and bright color performance, and is suitable for the manufacture of photoluminescent materials.

Photosensitive dyes: As core raw materials in high-tech printing and light guide technology, they improve photoresponsiveness and material stability.

3. Modification of polymer materials

Heat-resistant and high-strength materials: Triphenylamine is used in modified polyimide, polyetherketone and other polymer materials to enhance their heat resistance, mechanical strength and stability.

Conductive polymer: Used to prepare polymer materials with conductive properties for use in energy storage devices such as batteries and supercapacitors.

4. Analysis and Catalysis

Analytical reagent: triphenylamine, a key reagent for detecting specific metal ions or chemical substances, provides precise tools for analytical chemistry.

Catalyst development: Used as a catalyst in special organic reactions to improve reaction efficiency and selectivity.

5. Laboratory and cutting-edge research

Research and development of new functional materials: Triphenylamine is a basic raw material for research in cutting-edge fields such as nonlinear optical materials and gas-sensitive materials.

Medicine and special materials: It plays an important structural modification role in the synthesis of pharmaceutical intermediates and special materials.

Laikymo sąlygos: Laikyti gerai uždarytuose, šviesai atspariuose ir sandariuose induose.

Įpakavimas: Šis gaminys supakuotas į 25 kg kartonines statines, taip pat gali būti pritaikytas pagal klientų poreikius