Substrate-free conductive film 'PCF-NB103C-CA'
A flexible conductive film that is resistant to an increase in resistance even when stretched. Ideal for EMC measures! Since it does not have a substrate like PET, it can conduct on both sides!
The substrate-free conductive film "Polycalm PCF-NB103C-CA" is a flexible conductive film that can bend freely and withstand some stretching. Since it does not have a substrate like PET, it conducts on both sides. It can achieve conductivity of 0.03Ω or less, 0.15Ω/□ or less, and 0.00075Ωcm or less. It can also be cut for use and is effective as an alternative to conductive tape, EMC countermeasure tubes, and conductive paint. 【Features】 ■ Excellent flexibility without a substrate ■ Conductive on both sides ■ Can be used flexibly by bending, stretching, or twisting ■ Conductivity: 0.03Ω or less, 0.15Ω/□ or less, 0.00075Ωcm or less possible *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Performance】 ■Model Number: PCF-NB103C-CA Polycarbonate substrate-free conductive film (silver-copper based) with single-sided anisotropic conductive adhesive ■Conductivity: Below 0.03Ω, below 0.15Ω/□, below 0.00075Ω·cm ■Tensile Strength (with adhesive): 19.6N/cm, Elongation: 200%, Tear Strength: 4.9N ■Conductive performance characteristics in stretched state "Surface resistivity (Ω/□): Elongation ratio (mm)" ・0.12Ω/□: 1.25 times ・0.32Ω/□: 1.5 times ・0.34Ω/□: 1.75 times ・2.23Ω/□: 2 times *For more details, please refer to the PDF document or feel free to contact us.
Price information
For more details, please contact us.
Delivery Time
Model number/Brand name
Polycalm
Applications/Examples of results
【Applications】 ■ Conductive tape and electromagnetic wave shielding tape ■ Alternative for tubes used for electromagnetic wave shielding of cables ■ Application of electromagnetic wave shielding film on curved surfaces ■ Electromagnetic wave shielding film for molding (vacuum and pressure molding, etc.) ■ Electromagnetic wave shielding pre-coating for materials before vacuum or pressure molding *For more details, please refer to the PDF document or feel free to contact us.
