PANI (organic solvent soluble polyaniline)
A conductive polymer that dissolves in solvents and has self-forming properties.
It is solvent soluble and can form a homogeneous and flexible conductive film by coating.
Using various compounding technologies, we can customize the solution composition and physical properties (conductivity, heat resistance, etc.) to suit your application.
Features
Soluble in various organic solvents
It can be dissolved in various organic solvents depending on your application.
Conductivity can be controlled over a wide range
Using additive formulation technology, the conductivity of the coating film can be controlled from 0.01 to a maximum of 300 S/cm.
Conductive coating film with flexibility and good secondary processability
By coating, it is possible to form a flexible conductive film on the base material.
Additionally, the coating follows the stretching and shaping of the base material, and has good secondary processability.
Heat-resistant
Heat resistance (solder reflow resistance and long-term thermal stability) can be imparted using additive formulation technology.
thermal conductivity
The coating film has anisotropic thermal conductivity.
Stable Redox cycle characteristics
It exhibits stable Redox characteristics in the positive electrode potential range of 2.5 to 4.5 V vs. Li/Li+ where general lithium-ion batteries operate.
Electromagnetic wave absorption performance
Compared to magnetic material sheets, it has a higher ability to absorb electromagnetic waves from lower frequency bands.
Electroless plating possible
Electroless plating is possible by taking advantage of the Pd-supporting ability of the polyaniline skeleton.
By converting the coating agent into ink, it becomes possible to form wiring by circuit printing and electroless plating.
Possible to add rust prevention ability
It can be added to base oils, waxes, resins, etc. to impart anti-rust properties.
Steel plate after 9 hours of salt spray test
Application example
-
capacitor electrode
-
battery electrode material
-
heat dissipation material
-
conductive ink
-
Electromagnetic wave absorbing material
-
Electroless plating base material
-
Rust preventive agent, etc.
-
The data and descriptions in this document are for reference when designing products using PANI (organic solvent soluble polyaniline).
Although the information contained herein is based on reliable testing and information, the data and statements should not be considered absolute.
When applying to individual products, be sure to separately confirm the validity of the design. -
The uses described in this document do not guarantee the results of applying this product to those uses.
-
When making an inquiry, please select "Petrochemical" as the inquiry category.