polyimide material online manufacture

Reinforced thermoplastic polyimide with multidimensional performance structure Material Revolution Quantum-Reinforced Thermoplastic Polyimide represents a paradigm shift in advanced polymer technology, ... Read More

GL-25(C) Ultra-High-Temperature Polyimide Substrate with Quantum Reinforcement Technology Utilizing patented molecular architecture, our GL platform embodies a self-developed biaxially-oriented polyimide matrix ... Read More

Black Glossy Polyester PI FPC Film Material High Temperature Resistant Detail Information Place of Origin: ANHUI, CHINA Certification: UL ISO ROHS Material: Polyimide Color: Yellow Treatment: Single-side / Both ... Read More

Product Overview This advanced polyimide coverlay film represents a breakthrough in circuit protection technology, combining a ultra-thin polyimide core (8-25m) with functional adhesive layers to provide ... Read More

Quantum-Thin Polyimide Nanomembrane for Next-Generation Flexible Bio-Electronics Material Revolution This quantum-thin polyimide nanomembrane represents a breakthrough in flexible electronics, employing ... Read More

Low-Dk Polyimide Film GL-25G for High-Speed Electronics Product Overview Low-Dielectric Polyimide Film (Low-Dk PI Film) is an advanced polymer material engineered to exhibit ultra-low dielectric constant (Dk < ... Read More

Ultra-Stable Polyimide Substrate for Precision Flexible Circuits Product Overview This revolutionary polyimide substrate incorporates proprietary molecular alignment technology and ceramic nano-reinforcements ... Read More

D Type Yellow Polyimide Film Material Product Attributes Temperature Resistance High Transparency High Compatibility Wide range of substrates Optical Properties Excellent Adhesion Strong Durability Long-lasting ... Read More

Quantum-Architected Reinforced Thermoplastic Polyimide (QR-TPI) with Multidimensional Performance Matrix Material Revolution Quantum-Architected Reinforced Thermoplastic Polyimide represents a fundamental ... Read More

Material Revolution This quantum-thin polyimide nanomembrane represents a breakthrough in flexible electronics, employing graphene-quantum-dot reinforcement and molecular-level self-assembly to achieve 1-8m ... Read More