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先进院（深圳）科技有限公司

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Flexible substrate coating

2026-09-20Biomedical electrodes: When electrodes need to "reside" in the body - interface engineering from conductivity to biocompatibility
2026-09-206 μ m PET aluminum plated film: engineering value of ultra-thin metalized film in capacitors and composite current collectors when the substrate is as thin as 6 microns
2026-09-2025 μ m PET Copper Plating Film: From Electromagnetic Shielding to Composite Current Collector - "Standard Thickness" and Engineering Boundary of PET Copper Plating
2026-09-18High channel flexible stretchable electrode: When channel density becomes a bottleneck - Interface engineering challenges from materials to processes
2026-09-186 μ m PET aluminum plated film: engineering value of ultra-thin metalized film in capacitors and composite current collectors when the substrate is as thin as 6 microns
2026-09-186 μ m PET copper plated film: When the substrate is as thin as 6 microns - the engineering value of ultra-thin composite copper foil in lithium batteries and flexible electronics
2026-09-17Brain computer interface electrode: When probes learn to "soft interact" with the brain - from mechanical mismatch to long-term stable interface engineering
2026-09-174 μ m PET aluminum plated film: When the substrate is as thin as 4 microns - the engineering equilibrium point for capacitors and composite current collectors
2026-09-174 μ m PET copper plated film: engineering value of ultra-thin composite copper foil in lithium battery current collector when the substrate is as thin as 4 microns
2026-09-16Electrocardiogram monitoring electrodes: an interface revolution from "wet" to "dry" - when the first checkpoint of signal acquisition is redefined
2026-09-163.1 μ m PET aluminum plated film: Why is it the "critical point for mass production" - the engineering logic of ultra-thin metalized films in capacitors and composite current collectors
2026-09-163.1 μ m PET copper plated film: When the substrate is as thin as 3 microns - the engineering boundary of ultra-thin composite copper foil in lithium batteries and high-density FPC
2026-09-15EMG flexible electrode: from the "dry fate" of wet electrodes to the interface engineering of dry electrodes - four major technical propositions for sEMG signal acquisition
2026-09-152.3 μ m PET aluminum plated film: When the film is thinner than one thirtieth of a human hair - the "volume efficiency revolution" of metalized film capacitors
2026-09-152.3 μ m PET copper plated film: When the substrate is thin to the limit - Engineering boundary of ultra-thin composite copper foil in lithium batteries and flexible electronics
2026-09-14Flexible Wearable Electrode: When "Breathability" is More Difficult than "Conductivity" - Engineering Logic for Skin Interface Moisture Management in Long term Wearing
2026-09-14PET aluminum plated reflective film: how plastic film "reflects" light and heat - engineering logic from optical reflection to thermal radiation management
2026-09-14Copper foil tin plating: from "oxidation fate" to "solderable interface" - how tin layer rewrites the engineering boundary of copper foil
2026-09-13Flexible Neural Electrode: When Probes Learn to 'Soft Get Along' with the Brain - Interface Engineering from Material Selection to Precision Coating
2026-09-135 μ m PI aluminum plated film: When polyimide is thin to its limit - How ultra-thin substrates reshape the material boundary between aerospace thermal control and flexible electronics
2026-09-13Copper foil gold plating: interface engineering from oxidation resistance to high-frequency signal transmission when conductive substrates are coated with "chemically inert armor"
2026-09-12Flexible Circuit Board (FPC): When Circuit Boards Learn to Bend - The "3D Wiring" Revolution from Folding Screens to Power Batteries
2026-09-12Silver plating on aluminum foil: when lightweight aluminum foil is coated with "high conductivity silver armor" - interface engineering from battery current collector to electromagnetic shielding
2026-09-12Copper foil nickel plating: When conductive substrates are covered with "protective armor" - functional interface engineering from electromagnetic shielding to new energy batteries
2026-09-11Aluminum foil coated with titanium: interface engineering from thermal runaway blocking to corrosion resistance protection when lightweight aluminum foil is covered with "high melting point armor"
2026-09-1150-125 μ m PI copper plated film: When flexible circuits require a stronger "skeleton" - the engineering value of thick substrates in high current and high reliability applications
2026-09-10Gold plating of brain computer interface: When neural probes require a layer of "atomic level armor" - interface engineering and precision coating logic of flexible electrodes
2026-09-10Aluminum foil nickel plating: When lightweight aluminum foil learns to "conduct electricity" and "conduct magnetism" - composite metal foil engineering from electromagnetic shielding to battery terminals
2026-09-1075 μ m PI Copper Coating and PET Copper Coating: From Thick to Thin Substrate - Triple Engineering Selection of High Current, Bending Resistance, and Cost Optimization
2026-09-09Stretchable flexible electrodes on the skin surface: from "wearable" to "skin symbiosis" - a technological evolution about fit, breathability, and seamless wearing
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