“Panasonic Corporation announced today that the company has developed a soft, flexible, and stretchable[1] polymer resin film using its proprietary stretchable resin technology. The Company will also provide a transparent electrode material[2] and conductive paste[3] along with this insulating film. This newly developed material is an insulating film material that stretches and returns to its original shape, a feature that is hard to find in conventional flexible materials. It adapts to desired manners of folding and to varying free-form surfaces, substantially reducing existing design constraints. For example, it enables the construction of soft and stretchable electronic devices that are adaptable to a variety of forms, such as of clothing and the body. The newly developed material is deployable in a broad range of applications, from wearable devices to sensors, displays, and robots.”
Related Content
Related Posts:
- Panasonic Commercializes a Small Power Inductor of 4 mm by 4 mm Square for Automotive Use
- Panasonic develops mass production technology for Far-Infrared Aspherical Lens with the *world’s first integrated frame
- Panasonic Develops MEGTRON 8 Multi-Layer Circuit Board Materials Featuring Low Transmission Loss for High-Speed Communication Networking Equipment
- Panasonic Develops World’s First Near Field Communication Technology Using Wavelet OFDM
- Panasonic Commercializes a New Semiconductor Substrate Material Designed to Improve Reliability
- Panasonic Commercializes Conductive Polymer Hybrid Aluminum Electrolytic Capacitors with the Industry’s Largest Ripple Current
- Panasonic Develops an Ultrasonic Gas Flow and Concentration sensor for Hydrogen
- Panasonic Develops Battery Management Technology to Measure Electrochemical Impedance of multi-cell stacked Lithium-Ion Batteries
- Terahertz wireless makes big strides in paving the way to technological singularity
- Panasonic Develops the Technology to Visualize Movement of the Lithium Ions in the Next-Generation Batteries During the Charging and Discharging Processes