Maintenance Measures for Electrical Equipment and Devices: 'G-Breath'

Isn't the malfunction of that electrical product caused by the invisible "humidity"?

In fact, the failure of electrical products can be deeply related to "humidity." Even if electronic components are coated with moisture-proofing in a waterproof structure, while it can prevent the intrusion of water (liquid), it cannot prevent water vapor (gas) in the air. Moreover, even if there are no issues at a temperature of 25°C and humidity of 60%, when the temperature drops to 20°C, the humidity reaches 80%, and condensation occurs below 16°C. Even slight temperature changes can lead to a high-humidity environment with over 80% humidity, causing gradual deterioration of electrical components, semiconductors, and materials. Corrosion at the terminals progresses, eventually leading to failures such as insulation breakdown, signal interruption, power failure, and short circuits. These causes are often difficult to notice, leading to repeated troubles and incurring both operational and cost burdens. Additionally, even if dehumidifying agents are used, they reach their moisture absorption limit, necessitating replacement and increasing workload, which does not provide a fundamental solution. In response to these challenges, our G-Breath excels in "humidity control" characteristics, suppressing fluctuations in humidity and preventing condensation and corrosion, thereby contributing to the reduction of failures, prolonging lifespan, and lowering maintenance costs. G-Breath has also been adopted in social infrastructure and public works, receiving VE evaluation based on customer feedback in the Ministry of Land, Infrastructure, Transport and Tourism's NETIS.

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