How can a cold environment impact daily work life?
In reference to the previously published article, we specifically focus on cold industrial environments. We offer our comprehensive expertise for evaluating the microclimate in all those workspaces unfavorable due to excessive cold. Thanks to our electric radiant heating systems, we can intervene in situations of thermal discomfort, limiting or even eliminating climatic risks. A work environment with uncomfortable microclimatic conditions can lead, among other things, to the deterioration of physical, muscular, and cognitive abilities, reducing responsiveness and increasing the risk of injuries. Additionally, it has been demonstrated that thermal discomfort conditions result in a decrease in productivity.
Effective solutions with Art-Eco infrared lamps.
The quickest method to counter an unexpected temperature fluctuation in an industrial and commercial environment is irradiation, the only natural system that immediately raises the perceived temperature on solid bodies without contact. Heating with infrared lamps allows for warming specific work and leisure areas, both indoors and outdoors, focusing the heat precisely where and when needed. The heating effect, identical to that generated by the sun, is achieved through the direct transmission of heat released by the rays directly onto the bodies, which absorb it without dispersing energy. By acting directly on the body to be heated, Art-Eco’s infrared lamps generate immediate and localized warmth without creating bothersome air recirculation, often a cause of allergies. We offer short-wave heating lamps and new fast medium-wave technologies, featuring bulbs with low light emission and reduced glare compared to common infrared lamps.
Efficiency and sustainability: infrared heating as an ecological solution for healthy and energy-efficient environments.
Infrared heating utilizes electromagnetic waves to exclusively warm bodies, objects, and desired surfaces. Heat is distributed through irradiation, facilitating the accumulation of warmth in the bodies exposed to the beam. Due to the absence of heat dispersion, infrared heaters allow for savings of up to 70% compared to traditional air heating systems. These systems are emission-free, producing no carbon monoxide (CO2) and consuming no oxygen, creating a healthier heated environment while avoiding additional carbon dioxide emissions. Heating with infrared lamps can thus be defined and outlined as an ecological method, particularly for energy rationalization.
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