Skip to main content

SAMGO1 LLC

Home
Sneezing
About Us
Contact
Filter
Pricing
Evidence Based Facts
Comfort and Airtight
Sports Masks
Environmental Services
Info...
The Danger
Donning the Mask
Antimicrobial Film
Venturi Effect
Speech Clarity
Global Contender
Macro-Movement
Professionals
Super Mask
N95 Mask info.
Raining info.
0 Wishlist
0 Cart

Contact us

Super Mask Filter

$9.99

Quantity

A standard N95 mask can handle brief or light water exposure, but heavy rain soaking can trap moisture, increase breathing resistance, and compromise its face seal, whereas the Super Mask from SAMGO1 LLC utilizes a physical medical-grade plastic shield and an oscillating filter design that blocks direct heavy moisture impact from reaching the inner filter media.

A respirator mask relies completely on the physics of airflow and the "path of least resistance."

Because air naturally takes the easiest route available, a respirator will only protect you if the path of least resistance forces the air through the filter rather than around the edges. If there is even a tiny gap between the mask and your skin, dirty air will bypass the filtration media entirely and flow straight into your lungs.

Air will travel through the path of least resistance.

In physics and fluid dynamics, this means that moving air (or any fluid) will automatically flow toward the area with the lowest pressure.

A one-inch opening can cause air to act like a concentrated stream. (Front one-inch opening) This setup directly involves or triggers the Venturi effect or related aerodynamic principles. Just like pinching the end of a garden hose makes the water shoot out in a high-velocity stream, narrowing an airflow creates a focused, jet-like stream resembling human breath. Venturi Sweeping: This fast-moving exhalation stream creates a localized low-pressure drop behind it. It acts as a fluid pump, actively pulling the remaining stagnant air and moisture pockets out of the mask's "dead space." This lowers the overall work of breathing and optimizes comfort.

This is how the filter housing is set up on the mask.

A one-inch opening can cause air to act like a concentrated stream. (Front one-inch opening) This setup directly involves or triggers the Venturi effect or related aerodynamic principles.

The Opening Size: A one-inch (25.4 mm) opening is actually very close to the size of a human mouth when it is partially open or pursed to whistle or blow out a candle.

The Velocity (Speed): When you exhale normally, the air moves slowly and feels warm and gentle. When you purse your lips into a small opening, you increase the pressure, causing the air to shoot out as a narrow, fast-moving stream.

Just like pinching the end of a garden hose makes the water shoot out in a high-velocity stream, narrowing an airflow creates a focused, jet-like stream resembling human breath.

Now the concentrated stream hits the filter pad, moving toward the exit of a one-inch opening into a 7/8 inch long and 7/8 inch wide tube that connects to the plastic mask opening, causing the Venturi effect.

This effect works in both directions.

The Venturi effect specifically refers to the reduction in fluid pressure that results when a fluid flows through a constricted section of a pipe/tube.

If air flows through a pipe/tube that narrows down to a one-inch constriction and then opens back up, the air speed will drastically increase at that exact one-inch bottleneck, causing the pressure to drop.

This creates a total stream of air that is much larger and carries more volume than the original air that came out of the hole, closely mimicking a strong exhalation or inhalation.

If you breathe into a plastic face mask with a one-inch opening, it can absolutely trigger fluid dynamics principles closely tied to the Venturi effect.

When human breath is introduced into a closed plastic mask structure, the one-inch opening changes the airflow patterns significantly based on whether you are exhaling (blowing out) or inhaling (drawing in). This interaction mirrors how medical Venturi masks operate in hospitals. By the Principle of Continuity, the air must speed up to escape. This transforms a soft, dispersed exhale into a high-velocity, concentrated "stream" or jet of air leaving the mask.

The Venturi Action: As this high-speed jet of breath shoots out of the one-inch hole, it creates a localized drop in air pressure right at the exit boundary.

For a conventional look, wear a fabric mask over the Super Mask. All photos are for illustration purposes. "Barrier Face Covering"

Powered by Webador