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Industrials 360 Blogs – Stay Updated for Industrial Products

When it comes to your projects, deciding between hand tools and power tools really depends on your operational requirements. As each offers unique benefits, depending on the job at hand, narrowing down your options is not an easy task. More than that, the quality of the tool will have a massive impact on the outcome of the job being done.


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Fasteners are a common component type found in countless assemblies across industries and applications, used to join various materials and workpieces together in a permanent or non-permanent fashion. Depending on the application in question and its particular needs and requirements, one may use fasteners such as nuts, bolts, screws, washers, rivets, studs, puns, and more. As each of these options vary in their abilities and the type of materials they can be used with, it can be useful to have a basic understanding of the most common types of fasteners.


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Fluid power for actuation has proven indispensable for countless applications, allowing for the standard operations of machinery, automobiles, power tools, and other apparatuses to be carried out with ease. Fluid power is made possible through two ways, those of which are hydraulics and pneumatics. While proving the same force for actuation, hydraulics take advantage of compressed liquids while pneumatics utilize compressed air. As a result, both system types vary in their capabilities and applications. In this blog, we will discuss hydraulics and pneumatics in brief detail, allowing you to understand the functionality and applications of each so that you can find what is best for your needs.


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A hydraulic system is a system that uses pressurized fluid (typically either oil or water) to physically move a component from one place to another within a hydraulic circuit. Hydraulic systems are used in various industries and are applied to equipment of different sizes within the construction, automobile, robotics, and steel processing industries, alongside much more. Moreover, such systems operate on Pascal's law, also known as the foundational principle of hydraulics. Within a hydraulic circuit, a hydraulic pump works to create a vacuum at its inlet, allowing fluid to flow from a reservoir and into the pump. Next, mechanical forces are applied within the pump, causing fluid to exit out the pump outlet. In addition, control valves are provided to regulate the system's pressure, flow, and direction. To ensure the proper functioning of equipment, the basic components of a hydraulic system can be categorized into four groups, those of which include a reservoir, pump(s), valve(s), and actuator(s), alongside additional hydraulic accessories. To better understand how these components work together, in this blog, we will learn about each hydraulic component and its classification in detail.


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Sockets and ratchets are the most critical tools in any mechanic's or enthusiast's kit. They can be used to take apart small devices to adjust car parts, engine components, and much more. Though all sockets and ratchets are used to tighten and loosen fasteners, various sockets and wrenches are available in the market. This blog will introduce types of sockets and ratchets and their types. 


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Pumps are one of the most widely used mechanical devices in the world, finding use in a diverse range of applications, from fire protection to chemical manufacturing. While pumps may seem to have a simple operating theory at first, there are several types of pumps that are generally specialized for the industries they serve. In this blog, we will discuss everything you need to know about the various types of pumps in use today.


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Adhesives are substances that, when applied between the surfaces of two or more materials, can be utilized to hold, fasten, or bond them together. The bond strength of the attachment is dependent on the particular adhesive’s properties, those which include adhesion and cohesion. As these properties are the primary mechanisms involved in how adhesives function, determining the failure point of both properties is critical.


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In industrial applications requiring precision grinding, abrasive wheels are commonly employed. Such machines have been used by the manufacturing industry for over 150 years to produce high-quality finishes on a number of products. However, despite their widespread use in manufacturing, abrasive wheels are typically unknown to the general public due to their size, price, and narrow range of applications. In this blog, we will discuss how these precision machines are made and how they work to produce many of the items we use daily.


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