MAXMAC’s high-precision C₂H₄ (ethylene) sensor module is designed for fresh produce storage, transportation, and agricultural environment monitoring. With high sensitivity, fast response, and long-term stability, it accurately detects low-level ethylene changes and provides reliable data for ripeness assessment and environmental control. It is suitable for cold-chain storage, smart agriculture, and produce preservation management.
Designed for modern greenhouses and large-scale growing environments, the C₂H₄ sensor monitors ethylene concentration in real time to support crop ripening control and environmental management. It helps optimize ventilation and gas regulation for improved yield, quality, and ripening consistency.
Suitable for agricultural research institutes and plant physiology laboratories, this sensor enables precise ethylene monitoring for growth regulation studies, ripening mechanism analysis, and controlled gas experiments, providing stable and reliable measurement data.
Ideal for home growing systems, smart plant cabinets, and compact greenhouse devices, the C₂H₄ sensor tracks ethylene changes in real time and supports coordinated control of ventilation and environmental systems for more refined growth management and better produce quality.