电化学传感器膜电极
电化学传感器膜电极是专为气体检测应用而设计的核心传感元件，尤其适用于一氧化碳 (CO) 和氢气 (H₂) 的检测。通过将离子导电膜与精确设计的催化剂层集成，该膜电极能够实现快速、稳定且选择性高的电化学反应，从而满足精确气体传感的需求。
电化学传感器膜电极
Electrochemical sensor membrane electrodes enable accurate gas detection by facilitating controlled electrochemical reactions at the membrane–electrode interface. Designed for CO and H₂ sensing, they provide fast response, high sensitivity, and stable signal output for reliable sensor performance.
膜材料
Ion-conductive membrane designed for electrochemical gas sensing applications.
催化剂体系
Catalyst type and formulation optimized for selective carbon monoxide (CO) detection.
电极结构
Precisely engineered electrode structure ensures stable signal response and sensitivity.
气体渗透性
Controlled gas permeability supports accurate diffusion of target gas to the reaction site.
信号稳定性
Provides stable electrochemical response with low background noise.
长期稳定性
Designed for reliable performance under continuous monitoring conditions.
传感器兼容性
Compatible with various electrochemical CO sensor designs and configurations.
定制
Membrane properties, catalyst composition, and electrode dimensions are customizable based on sensor requirements.
电化学传感器膜电极：气体传感的核心
Electrochemical Sensor Membrane Electrodes are the core functional components of electrochemical gas sensors, enabling accurate detection of target gases through controlled electrochemical reactions. By combining ion-conductive membranes with specially engineered catalyst layers, sensor membrane electrodes support high sensitivity, fast response, and stable signal output, ensuring reliable gas sensing performance over long operating periods.
支持快速稳定的电化学传感
Electrochemical Sensor Membrane Electrodes play a critical role in electrochemical gas sensing by enabling controlled reactions at the membrane–electrode interface. Through carefully designed ion-conductive membranes and catalyst layers, sensor membrane electrodes facilitate the conversion of chemical interactions into electrical signals, supporting high sensitivity, fast response, and stable long-term signal output, which are essential for accurate and reliable gas detection.
高灵敏度
优异的电化学活性可实现CO和H₂的快速氧化，确保响应迅速、信号分辨率高。
自主催化剂体系
采用自主研发的Pt、Pt/C及Pt–Ru/C催化剂，输出稳定，使用寿命长。
可靠性与选择性
重复性强，准确度高，抗其他气体干扰能力强。
宽工作范围
自增湿设计，可在10%–100%相对湿度范围内稳定运行。
电极类型可配置
提供亲水型、无水型及酸性型电极，满足不同传感器需求。
典型应用
一氧化碳（CO）传感器
氢气（H₂）传感器
工业安全及气体监测设备