Advanced sensitivity technology using nanometerscale materials enables precise pressure detection with reliable performance across a variety of applications. Waterresistant design withstands challenging environments, preserving functionality and durability in realworld use. Resistancebased sensing detects pressure through changes in electrical resistance, delivering accurate readings of applied force. Easy electrical signal conversion translates pressure into standard electrical outputs for straightforward integration with existing systems and projects. Benefits at a glance sensitivity and accurate pressure readings thanks to nanometerscale materials. Robust performance in adverse or outdoor environments due to waterresistant design. Simple system integration through direct electrical outputs, reducing setup time. Reliable resistance variation sensing provides clear, dependable monitoring of force changes. Key attributes Function: pressure sensing via resistance changes with corresponding electrical outputs. Material: nanometerscale sensing materials for precise detection. Design: waterresistant construction for durability in challenging environments. Compatibility: designed to integrate with common control systems and project electronics. Performance: consistent, reliable readings suitable for monitoring and control tasks. Use scenarios Industrial automation and process monitoring: monitor pneumatic or hydraulic pressure to regulate equipment and alert operators to deviations. Robotics and mechatronics: provide force or grip sensing for precise manipulation and safety interlocks. Building automation and environmental monitoring: track duct or room pressure to optimize ventilation and ensure system balance.