OSMOAIR™ OSMO PLAY

The degree of heat or cold in an indoor environment. It directly affects occupant comfort, equipment performance, and process stability.

The amount of moisture present in the air relative to its maximum capacity. Maintaining the right humidity helps prevent condensation, static electricity, and material degradation.

A naturally occurring gas released through human respiration and combustion. Elevated CO₂ levels often indicate inadequate ventilation and overcrowded indoor spaces.

A family of airborne chemicals emitted from paints, furniture, adhesives, cleaning products, and solvents. High VOC levels can reduce indoor air quality and indicate chemical pollution.

Reactive gases produced by fuel-burning equipment, generators, boilers, and vehicle emissions. They are commonly monitored in buildings exposed to combustion sources.

Ultrafine airborne particles measuring 1 micron or smaller. These particles remain suspended for long periods and are common in highly controlled indoor environments.

Fine particulate matter measuring 2.5 microns or less. Often associated with smoke, combustion, and indoor pollution, PM₂.₅ is one of the most important air quality indicators.

Respirable airborne particles up to 4 microns in diameter. They are commonly found in industrial workplaces and environments with airborne process dust.

Coarse suspended particles up to 10 microns, including dust, pollen, and larger airborne debris. Monitoring PM₁₀ helps assess overall cleanliness of indoor spaces.

A standardized index that combines multiple pollutant readings into a single air quality score. It provides an easy-to-understand overview of the indoor environment.

The lightest and highly flammable gas, commonly released during lead-acid battery charging. Continuous monitoring is essential in battery rooms to detect hazardous accumulation.