Compressed air is vital to industrial processes, powering pneumatic tools, atomizing paint, and keeping precision systems clean. Yet, moisture in compressed air remains a silent threat. Even small amounts of water vapor can cause corrosion, surface defects, or dimensional inaccuracies, compromising product quality. The SuperDry-M membrane dryer from PHILOS was engineered to solve this challenge, providing a compact, energy-free, and maintenance-free solution for continuous

Compressed air is an essential utility across industries, from manufacturing and food processing to electronics and pharmaceuticals. Yet behind this invisible powerhouse lies a persistent challenge: moisture. Why Does Compressed Air Contain Water? No matter the region or climate, atmospheric air always carries humidity. When this air is compressed, its temperature and pressure change dramatically: • During compression, the air heats up, allowing it to hold more water vapor.

Indoor environments play a decisive role in how we live, work, and create, from homes and offices to museums, hospitals, and greenhouses. True comfort indoors is not just about maintaining the right temperature; it depends equally on achieving balanced humidity levels that make spaces feel pleasant and healthy. Humidity directly affects both people and the spaces they inhabit, influencing air quality, human comfort, and even the preservation of delicate materials or equipment