polyimide substrate online manufacture

GC38-Spec High-Purity Carbon-Based Barrier Membrane for Polyimide: Product Introduction The GC38-Spec High-Purity Carbon-Based Barrier Membrane for Polyimide is a high-performance functional material specifical... 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

Polyimide Film with GC50 Grade Vapor-Carbon Reinforced Surface Our proprietary GC-grade polyimide substrate is engineered through biaxial stretching to achieve exceptional in-plane molecular alignment. This ... Read More

Gold Plated Conductive Polyimide Laminate for Precision Electronic Assembly Detail Information Place of Origin: ANHUI, CHINA Certification: UL ISO ROHS Material: Polyimide Color: Yellow Treatment: Single-side / ... Read More

Matte Polyimide Black Film Paper For FPC Coverlay Detail Information Place of Origin: ANHUI, CHINA Certification: UL ISO ROHS Material: Polyimide Color: Yellow Treatment: Single-side / Both Sides Width: 514MM ... Read More

GC62 Vapor-Phase Carbon-Enhanced High-Performance Polyimide Composite Membrane Through proprietary biaxial molecular alignment technology, our GC-grade polyimide substrate achieves an ultra-ordered internal ... Read More

Advanced Polyimide Nanocomposite Film for High-Density Flexible Electronics Product Overview This next-generation polyimide film substrate incorporates proprietary nanoparticle reinforcement to overcome ... Read More

PI-Based Battery Separator Product Attributes Temperature Resistance High Transparency High Compatibility Wide range of substrates Optical Properties Excellent Adhesion Strong Durability Long-lasting Surface ... Read More

Lightweight Yellow Polyimide Thin Film PMDA ODA Molecular Structure Introduction Lightweight yellow polyimide thin film, primarily based on the PMDA-ODA (pyromellitic dianhydride-oxydianiline) molecular ... Read More

Quantum Leap in Material Science The GL-Series represents a paradigm shift in opaque polymer technology, leveraging quantum-doped nanoceramic matrices to achieve 45% higher thermal resilience (withstanding 550C ... Read More