p-terphenyl cas 92-94-4

p-Terphenyl Details

Chemical Name:p-Terphenyl

CAS No.: 92-94-4

Molecular Formula: C18H14

Molecular Weight:230.3

MolecularStructure:p-Terphenyl Structure

Appearance:White Crystal

Category:

p-terphenyl Application scenarios

1. Scintillator Material
Organic Scintillation Reagent/Luminescent Material
As the core luminescent material of scintillation counters, it is used to detect nuclear radiation (such as α and β particles). It is the most commonly used primary solute in the preparation of liquid and plastic scintillators.

2. Industrial Heat Transfer Medium
High-Temperature Heat Transfer Fluid
When mixed with substances such as biphenyl, it is used as a high-temperature heat transfer medium in industrial fields such as nuclear power plants.

3. Organic Synthesis and Material Intermediate
Key Synthesis Building Block
• Liquid Crystal Materials: It is one of the basic intermediates for the preparation of biphenyl-based liquid crystal materials.
• Pharmaceutical Intermediates: Used in the synthesis of drug molecules.
• Polymer Materials: Used as a raw material for the synthesis of specific polyamide materials.

4. Other Industrial Uses
Dye Carrier/Laser Dye Raw Material
It can be used as a dye carrier in industry. It can also be used as an intermediate for the synthesis of laser dyes.

Description

p-Terphenyl Typical Properties

Appearance White Crystal
Color , Hazen ≤20
Purity, wt % ≥99.9
Particle size/Mesh 200
Melting Point/℃ ≥212

p-Terphenyl Usage

  1. Chemical Synthesis: P-Terphenyl, with CAS number 92-94-4, is commonly used in chemical synthesis. It serves as a key intermediate in the production of various organic compounds, including dyes, polymers, and specialty chemicals.
  2. Fluorescent Dyes: This compound finds applications in the synthesis of fluorescent dyes. P-Terphenyl is known for its fluorescence properties and may be used in the development of materials for fluorescence-based applications.
  3. Polymer Industry: P-Terphenyl is used in the polymer industry. It can be employed in the synthesis of polymers and copolymers, contributing to the modification of polymer properties and the development of specific materials.
  4. Chemical Research: In chemical research activities, P-Terphenyl is used for various experiments and analyses. Its versatile nature makes it valuable in the discovery and development of new compounds.

p-Terphenyl Packaging and Shipping

Packing: 25kg/Drum

p-Terphenyl Storage

Storage in a dark, cool, ventilated, and dry environment

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