Have you ever heard of heat stress? It's the discomfort caused by the heat load to which workers are exposed, resulting from a combination of the environmental conditions of their workplace, the activity they perform, and the clothing they wear.

In addition to general discomfort, constant exposure to heat can have direct repercussions on health, such as:

• Heat syncope: Remaining immobile, whether standing or sitting, for a long time in a hot environment can cause a drop in blood pressure when making a rapid change of posture. This commonly manifests as loss of consciousness or fainting.

• Dehydration: Prolonged exposure to heat leads to water loss through sweating, which can cause gastrointestinal problems and muscle cramps.

• General exhaustion: With severe dehydration, it's possible to experience nausea, fatigue, and therefore, a loss of work capacity. 

• Heatstroke: In this case, medical assistance is absolutely necessary, as it is the most serious situation caused by a significant increase in internal temperature above 40.5 °C (105 °F). It manifests as hot, dry skin due to the absence of sweating. 

Part of the purpose of thermal insulation is precisely to guarantee the safety of your workforce through thermoregulation. However, it is not only your human capital that is at risk due to high temperatures; in fact, this can also have repercussions on your equipment and industrial machinery.

The impact of heat on industrial machinery and equipment is a matter of great importance, as it can seriously compromise their operation, efficiency, and lifespan. Below, we discuss these aspects in more detail:

Impact of Heat on Industrial Machinery

Excessive heat can cause the expansion of metal components, which in turn can lead to premature wear, mechanical failures, or even the deformation of essential parts. Furthermore, in electrical systems, it can lead to overloading and circuit failures, increasing the risk of short circuits or fires.

Loss of efficiency and increased costs

An excessively hot work environment also reduces machine efficiency. This is because equipment operating at higher than recommended temperatures tends to perform suboptimally, resulting in a greater need for maintenance and repairs, thus increasing operating costs.

How can thermal insulation solve these problems?

Insulation not only protects workers but also keeps temperatures within safe limits for machinery operation. This translates into more efficient and safer operation, extending equipment lifespan and reducing the frequency and severity of breakdowns.

In short, temperature control in industrial environments is fundamental for both the safety and well-being of workers and the efficiency and durability of machinery and equipment. Investing in thermal insulation and temperature control systems is not only a workplace safety measure but also a cost-effective long-term strategy. 

Protecting your facilities and equipment from thermal stress means ensuring the continuity and efficiency of your industrial operations. At Vemori, we want to contribute to the success and sustainability of your business through thermoregulation solutions that adapt to your needs and those of your employees.