How is a Carbon Activated Air-filter Respirator Different from Others?
NOV 17, 2020
Due to the global outbreak of the COVID-19 virus, the demand for masks is consistently soaring. The most popular masks in the market are activated carbon air filters or activated charcoal filter respirators. Manufacturers are using this high-quality filter to beat their competition and differentiate their masks from others. But what exactly makes activated charcoal air filter respirators distinct and better?
Filters not only particles but gases
The activated carbon air filter is usually found in purifiers to eliminate strong odors and harmful gases in the air. What most people don't know is that they are also placed in protective respirators or dust masks. Unlike other masks that can only filter particles and dusts, this mask can prevent fibers, mists, microorganisms, and aerosols from entering the respiratory system.
Great filtration capabilities
Most activated carbon air filter masks in the market are made of five layers, creating an amazing filter protection system. One of those is what they call an activated carbon. This filter is known for its great filtration capabilities through adsorption. The mask is suitable for most activities where you may be exposed to fumes, chemicals, toxins, bacteria, and viruses.
Minimize the risk of infection
Covid-19 is a respiratory disease that infects people by attacking the respiratory system. The virus is transmitted through aerosols or droplets, thus making masks necessary. The thing is that not all masks have effective filtering materials to minimize the risk of infection. This is why masks like activated carbon air filters are highly recommended. They have a proper seal to block and filter inhaled air, thereby providing maximum protection.
Like other masks, activated carbon air filter respirators have a limited lifespan and should not be reused. While they can technically be worn for 48 to 72 hours, they are best replaced after one use. That's because activated carbon filters won't be able to trap harmful pollutants once they have absorbed too much of them already.