| Property | Value (as reported) | Interpretation | |----------|---------------------|----------------| | Base polymer | Polyimide (PI) | Provides thermal stability and chemical resistance. | | Reinforcement | Nano‑silica particles (~15 wt %) | Improves modulus and reduces coefficient of thermal expansion (CTE). | | Tg | ≈ 350 °C | Enables operation in aerospace and high‑temperature processing. | | Mechanical strength | Tensile strength > 150 MPa (room temp) | Comparable to aerospace‑grade PEEK. | | Chemical resistance | Stable in hydrofluoro‑olefin (HFO) fuels | Critical for next‑gen aviation fuel systems. | | Processing | Solvent‑free extrusion; can be co‑extruded with metal liners | Facilitates integration into sealed assemblies. |
. It was produced by the studio and released on May 19, 2022 . Title Information Performer : Nao Jinguji Production Studio : Idea Pocket Official Release Date : May 19, 2022 Label : Digital Channel ipzz 148
In the Japanese media industry, alphanumeric codes such as "IPZZ-148" serve as standardized catalog numbers used by distributors and retailers to identify specific titles within a studio's library. This system allows for organized archival and retrieval of content across different platforms. | Property | Value (as reported) | Interpretation
IPZZ 148 is widely indexed on major video platforms and specialized databases. | | Mechanical strength | Tensile strength >
– Summarized insights from industry analysts’ white‑papers and market research reports that mention the code.
– Combining IPZZ‑148 with metallic lattices via co‑extrusion could yield functionally graded seals that transition from metal to polymer, reducing thermal mismatch.