Fluid contamination poses a serious challenge to the reliability and longevity of many aviation systems, particularly when it involves corrosive agents like chloride. This is because chloride ions can corrode materials, disrupt pressurized systems, and ultimately lead to the failure of key aircraft components. This blog will delve into how chloridometers are used to detect chloride in fluids, identifying the aviation systems where they are typically applied and outlining best practices for use and maintenance that support accurate results. 

While an aircraft is on the ground between flights, there is often a need for maintenance and other pre-flight preparations to be carried out while the engine remains off. This is where ground power units (GPUs) come in, serving as an external source for electrical systems to function. In this blog, we will examine how a ground power unit functions and the differences between types to aid you in selecting the best kind for your aircraft.

Helical springs are fundamental in various mechanical systems, serving to absorb shock, maintain tension, and provide precise control. These springs are designed to operate under various loads and conditions, making them indispensable in both everyday items and complex machinery. In this blog, we will explore the nature of helical springs, providing a comprehensive understanding of why they are so important.

Electromagnetic relays stand as crucial components within the practice of electrical engineering, controlling circuits and managing electrical systems. These devices operate by utilizing electromagnetic principles, exhibiting versatility across an array of applications due to their reliability and adaptability. Understanding the types and diverse uses of electromagnetic relays sheds light on their significance within various industries, so read on as we discuss such components.