428329
Polyaniline (emeraldine salt)
average Mw >15,000, powder (Infusible), 3-100 μm particle size
Synonym(s):
PANI
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CN¥2,201.97
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CN¥2,201.97
About This Item
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form
powder (Infusible)
mol wt
average Mw >15,000
surface area
5-20 m2/g
particle size
3-100 μm
conductivity
2-4 S/cm (compacted powder)
mp
>300 °C (lit.)
density
1.36 g/mL at 25 °C
bulk density
18.8 lb/cu.ft
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Related Categories
1 of 4
This Item | 904392 | 904368 | 904384 |
|---|---|---|---|
| particle size 0.011 μm | particle size - | particle size - | particle size - |
| pore size 60 Å mean pore size | pore size - | pore size - | pore size - |
| matrix active group silica | matrix active group - | matrix active group - | matrix active group - |
| matrix Silica | matrix - | matrix - | matrix - |
| form powder | form powder | form powder | form powder |
General description
Form of polyaniline complexed (doped) with proprietary organic sulfonic acid. Polyaniline is environmentally stable and with tunable conductivity.3 Synthesis of polyaniline (PANI) emeraldine salt by chemical oxidation has been reported. It was observed that sulfonated dyes chemically interact with the charged backbone of PANI. PANI selectively adsorbs the sulfonated dye. Spectral, diffraction and conductivity measurements of the polymer has been reported in the same study. 1
Inherently conductive polymer.
Stable at 100 °C and at 200 °C for short periods. Dispersed particles tend to reaggregrate in molded articles forming conductive pathways. Acidic salt of an organic acid, incompatible with most bases.
Form of polyaniline complexed (doped) with proprietary organic sulfonic acid
Stable at 100 °C and at 200 °C for short periods. Dispersed particles tend to reaggregrate in molded articles forming conductive pathways. Acidic salt of an organic acid, incompatible with most bases.
Form of polyaniline complexed (doped) with proprietary organic sulfonic acid
Application
A variety of nanomaterials like silver nanoparticles (AgNPs), graphene oxide(GO), aluminum oxide(α-Al2O3), carbon fiber and graphite can be potentially used in conjunction with PANI for the development of translational medicine,[1] supercapacitors,[2] triboelectric nanogenerators,[3] and other energy storage applications.[4]
Additive in polymer blends and liquid dispersions for electromagnetic shielding, charge dissipation, electrodes, batteries and sensors. Polyaniline may be used for linear actuator applications. 1
Packaging
5 g packaged in glass bottles; 25 g packaged in poly bottles
Storage Class Code
11 - Combustible Solids
WGK
WGK 3
Flash Point(F)
Not applicable
Flash Point(C)
Not applicable
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AC Conduction in Polyaniline Emeraldine Salt-Graphite Pellets.
Frontiers of Composite Materials II, 923, 66-71 (2018)
Electric impulse spring-assisted contact separation mode triboelectric nanogenerator fabricated from polyaniline emeraldine salt and woven carbon fibers.
Cheedarala RK, et al.
Nano Energy, 53(43), 362-372 (2018)
Tuning electrical transport mechanism of polyaniline-graphene oxide quantum dots nanocomposites for potential electronic device applications.
Mombru? D, et al.
The Journal of Physical Chemistry C, 120(43), 25117-25123 (2016)
Analysis of Superfine-Resolution Printing of Polyaniline and Silver Microstructures for Electronic Applications.
Yadav VKS, et al.
IEEE Transactions on Components and Packaging Technologies, 8(9), 1678-1685 (2018)
Andrés Felipe Cruz-Pacheco et al.
Polymers, 12(5) (2020-05-23)
Polyaniline (PANI) has recently gained great attention due to its outstanding electrical properties and ease of processability; these characteristics make it ideal for the manufacturing of polymer blends. In this study, the processing and piezoresistive characterization of polymer composites resulting
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