The purpose of a clean room is to limit the number of particulates in a clean space. These particulates can be any type of sub-micron particles, such as dust, pathogens, chemical vapors, or moisture droplets. Clean room manufacturing areas are used by many industries to produce semiconductors, pharmaceuticals, medical devices, etc.
Maintaining a proper differential pressure between the clean room and the exterior area is the most crucial aspect of keeping the clean room “clean”. To understand why sensor stability is important to these critical applications, it is important to also understand why a pressure difference is needed. Continue reading “Importance of Sensor Stability in Clean Rooms”
This year marks the 55th anniversary of Apollo 11, the historic mission that saw humanity’s first steps on another celestial body. Neil Armstrong and Buzz Aldrin (and Michael Collins, the Command Module Pilot who remained in orbit—a pretty pivotal role!) walking on the moon represented a culmination of years of innovation, dedication, and sheer determination. The Apollo 11 mission was a pinnacle of the space race, a consequence of the Cold War that fueled advancements in aerospace technology and captured imaginations of people worldwide. 
Picture this: you walk into an office building on a hot summer day. As the door closes behind you, you immediately feel the temperature change. It’s cool and refreshing, thanks to the terminal units working diligently behind the scenes. Terminal units, while often unseen and unheard, play a crucial role in maintaining a comfortable environment in various buildings, from offices to schools and hospitals. Let’s explore these components, the challenges they address, and how Dwyer’s range of products helps conquer these challenges.
