JNC PI-6302-004 | Insulating Polyimide Ink

Harmonization Code : 3908900090 | Polyamides in Primary form

JNC PI-6302-004 | Insulating Polyimide Ink JNC PI-6302-004 | Insulating Polyimide Ink

Main features

  • Thermal Curable
  • Low Temperature Curing
  • High Heat Resistance

Product Description

PI-6302-004 is a low-temperature cured insulating polyimide ink specially designed to meet the demands of high thermal applications, which provide solution for heat resistance and insulation applications.

PI-6673-004 is engineered to be a thermally curable polyimide ink with remarkable insulating properties making it ideal choice for electrical isolation and heat management applications. Its polyimide-based chemistry brings forth the balance between flexibility and resilience. PI-6673-004 features a residual stress of 32 MPa and a coefficient of thermal expansion (CTE) of 65 ppm/K, ensuring compatibility with various materials and minimizing the risk of performance-altering mismatches. Moreover, with a breakdown voltage of 100 V/um and a dielectric constant of 2.8 @ 1 kHz, ensuring stable electrical isolation and signal integrity for your components.

 

Industry Applications:

Electronics Manufacturing | Consumer Electronics | Sensors and IoT Devices

 

Cure condition

  • 230⁰C in 30 min
Product Family

JNC PI-6302-004

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TDS, SDS & Technical Documents

Technical Specifications

General Properties
Process Method Process Method
Inkjet
Solids Solids
25 %
Thermal Properties
Glass Transition Temperature (Tg) Glass Transition Temperature (Tg)
255 °C
Electrical Properties
Breakdown Voltage Breakdown Voltage
100 V/um V
Volume Resistivity Volume Resistivity
10000000000000000 Ohms⋅cm
Mechanical Properties
Elongation Elongation
3 %
Chemical Properties
Water Absorption Water Absorption
1.0 %
Physical Properties
Viscosity Viscosity
6 mPa.s

Additional Information

Properties PI-6302-004
Solids content (wt. %) 25
Viscosity (mPa's) @25℃ 6
Surface tension (mN/m) @23℃ 27
Printing methods Inkjet
Curing 230℃
30min
Post-curing -
Volume resistivity (Ω*cm) 1E+16
Breakdown voltage (V/um) 100
Dielectric constant (1kHz) @1V 3.5
Tensile modulus (MPa) 780
Elongation (%) 3
Residual stress (MPa) 32
5% weight loss temp (℃) 390
CTE ( 65
Tg (℃) 255
Water absorbance (%) @23℃ 1.0

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