Focused on air management, environmental sensing, industry trends, and application solutions, the MAXMAC blog continuously shares technical insights and company updates.
MAXMAC launches the MS03-010 CO₂ sensor module, designed around 15 years of maintenance-free operation, simplified integration, and engineer-friendly development for upstream material markets and engineering platforms.
Read More
MAXMAC launches the MS03-010 CO₂ sensor module, designed around 15 years of maintenance-free operation, simplified integration, and engineer-friendly development for upstream material markets and engineering platforms.
From detection principles and NDIR technology to practical applications, this article explains how CO₂ sensors measure concentration through infrared absorption and support product selection and deployment in HVAC, fresh air systems, industrial environments, and environmental monitoring.
From sensing principles, selectivity, and long-term stability to the meaning of eCO₂ output, size, power consumption, and typical applications, this article provides a structured understanding of the core differences between NDIR and MOS gas sensing technologies.
Centered on the advantages of directly integrating air sensors into an 86 controller, this article explores their practical value and real-world applications in room-level air quality identification, HVAC and fresh air coordination, and true closed-loop control.
Looking at market demand, regulations, standards, and application scenarios, this article reviews the direction of air sensor development in 2026, drawing primarily on official institutions, standards bodies, public corporate disclosures, and accessible third-party research summaries.
From real-time PM2.5 detection inside and outside the vehicle, LIN communication linkage, automatic recirculation switching, and automatic air purification activation to cabin filter life evaluation, this article explains the role of PM2.5 sensors in intelligent and health-focused vehicle cabins.
Driven by low-GWP demand, PFAS replacement, electric vehicle heat pump efficiency, and integrated vehicle thermal management trends, R290 continues to enter the automotive spotlight. The key question is no longer simply whether it can be used, but whether an engineering solution can be established that is scalable, verifiable, and compatible with future regulations while balancing efficiency and system safety.