Ultrafine Particles


The Origins of Ultrafine Particles

Airborne particles originate from many natural and man-made sources (e.g. sand, dust, fire, diesel smoke, sea salt). Ultrafine particles are generated at very high temperatures, such as combustion processes, including wood fires, car engines, industry work, cooking fumes, and cigarette smoke.

How ultrafine particles affect the lungs.

Potential Health Hazards

  • Ultrafine particles penetrate deep into the lungs. The high concentration of these particles makes it more challenging for the lungs to process, which leads to inflammation.
  • These particles are small enough to enter the cells in the body and end up in the bloodstream, potentially causing heart and brain diseases. Children, elderly people, and people with lung issues, like asthma, are especially vulnerable to ultrafine particle air pollution.

What’s in your air?

Pet Hair

Many people are allergic to pets, and with hair measuring from 2.5µ-10µ, it can be difficult to clean.


Pollen is an extremely popular allergen, especially during season change with sizes ranging from 10µ-70µ.


A type of fungi that thrives in moisture, and can cause serious illnesses in humans. Varies in size at 1µ-40µ.


As small as 0.5µ, many disease-causing bacteria produce toxins that weaken cells and make you sick.


The smallest of the microbe family, at 0.1µ, a virus takes control over healthy cells and rapidly spreads to others.

Ultrafine Particles

Sized less than 0.1µ, they penetrate deep in the lungs, potentially causing heart and lung diseases.

Note: The images displayed above are not to scale. each particle size represents an estimated mean.


The technology for our time.

The air we breathe is full of microscopic particles. In recent years, scientists are conducting convincing research that indicates the smallest “ultrafine” particles are potential health hazards. Luckily, the Ultrafine Series with DFS technology was built specifically to eradicate these harmful particles at the highest efficiency.

Big-time innovation from a small-town in the USA.

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