Purchasing Efficiency Blog

While all fasteners are prone to wear and deterioration throughout their operational lifespan, several preventative measures can be implemented to delay this occurrence. Installing components slowly, avoiding dirty threads, and using lubricants are all essential steps in combating early attrition. Another technological development that has significantly contributed to increased fastener lifespans is anti-seize, which is a compound that targets several of the hallmarks associated with fastener wear. In this blog, you will find a definitive guide to anti-seize, in which we will discuss its function and how to apply it to your application.
Read more >>

Agitators are an essential element in a wide variety of industrial applications. While agitators are diverse in their design and size, they all work to stir or shake an object or substance in order to achieve homogeneity or promote some other goal that can only be achieved through motion. In this blog, we will discuss everything you need to know about agitators and their use in different industries. Read more >>

When a system requires efficient cooling for its optimal performance and protection, there are various solutions that may be used. For many assemblies, the heat exchanger is a perfect option, coming in the form of a device which transfers heat between mediums with high speed and efficiency. The way in which heat exchangers work is through the basic flow of heat and thermodynamics, allowing heat to move from a hot medium to a cooler one without the need for any physical contact or intermixing for the process to be done. Heat exchangers can be found in various applications, often being placed within refrigeration equipment, aircraft air systems, radiators, chemical processing assemblies, and much more. In this blog, we will provide a brief overview of the most common heat exchanger types, allowing you to have a better understanding of your options and how they function. Read more >>

While piston engines served as the primary internal combustion engines of early aviation, they have since been superseded by powerful turbine engines that surpass their capabilities in various ways. Often referred to as a gas turbine or combustion turbine, such apparatuses ignite fuel that is carefully mixed with an oxidizer for the means of achieving the propulsive force necessary for maintaining heavier-than-air flight. In this blog, we will discuss the functionality and benefits of turbine engines, allowing you to better understand their importance and how they compare to piston engines. Read more >>

Oleo-pneumatic struts are critical components of aircraft landing gear systems that have the capacity to combine hydraulic and pneumatic mechanisms to absorb impact energy during ground contact. By regulating motion and dissipating kinetic forces, these struts can help ensure smooth landings, reduce airframe stress, and enhance comfort for passengers and crew. In this blog, we will explore their internal construction, operational demands, and routine maintenance considerations to better understand their role in aviation performance. Read more >>