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Real power tools save time in every drill, cut, grind, and even fastening activity on industrial sites and workshops, as well as, in maintenance departments. However, unlike the myths that surround power tools, they are also susceptible to failure - sometimes in the middle of an urgent task. The reality of the situation is that in 80% of cases, the failure of power tools lies in its handling, maintenance, or basic wear and tear, rather than poor manufacturing. It is critical for a technician to understand the primary reasons that lead to the failure of power tools along with their easy fixing techniques because understanding the root cause could very well be the difference between success and failure on-site. 

The Most Common Killer — Carbon Brush Wear in Electric Tools

The culprit behind sudden power tool failure is worn out carbon brushes. Considering most electric power tools like drills, grinders and cutters use brushed motors,

When it comes to maintenance and industrial construction, a fastener’s strength goes beyond just the size and tensile capacity. It also considers how long it can withstand corrosion within the given environment. Depending on the factors such as moisture, chemicals, salts, acids, humidity, or outdoor weather for years, the fastener will have varying levels of corrosion resistance, which plays a huge role in determining its strength.

The base material of industrial fasteners is not sufficient to protect them from corrosion; that is why their coat or plating is significant. Industrial fasteners are not only equipped with base material. The coating and plating are what make them serve their purpose. Moreover, choosing the wrong coating can lead to severe problems such as corrosive bolts, jammed nuts, leaking seals, and disastrous damages to piping systems and structural frameworks.

Why Corrosion Resistance in Fasteners is Non-Negotiable for Industries