Black, ASTM Level 3 Disposable Face Mask with Earloops, (Case of 2,500)

DemeTech Corporation · #DT-MSK-003B-50-CASE · Quelle

The Black mask comprises three layers, two non-woven, and the white melt is a blown filter inside. The inner layer is thinner than the outer layer to be more comfortable against the face. Its results in uneven coloring (mottling/streaking) where the white shows through the coating. It is not a chemical residue and does not affect the mask's quality, functionality, or safety.ASTM LEVEL 3Black Disposable Face Mask1. Protective LayerThe Black outer layer ensures proper wear and provides high protection against fluids, high breathability, and excellent protection against airborne bacteria.2. Filter LayerFilter Layer provides at least 98% filtration against airborne particles and bacteria.3. Inner Comfort LayerEnables wearers to wear masks for extended periods comfortably.ASTM LEVEL 3Technical InformationResistance to penetration by synthetic blood, measured in mm Hg 160mm HgDifferential pressure,  mm H20/cm2 (Breathability)<6.0Bacterial  filtration efficiency≥98%Sub-micron particulates  filtration efficient at 0.1 micron≥98%Flame spreadClass 1 ASTM LEVEL 3How to properly wearPut your mask1. Clean your hands with soap and water sanitizer before touching the mask2. Hold the mask by the ear loops. Place a loop around each ear3. Adjust the mask to cover the mouth and nose fully.4. Form the nose wire around the nose and cheek to close any gasp.Remove your mask1. Grasp the mask by the earloops only and remove the mask. Do not touch the front or inside of the mask2. Pull the mask away and deposit it in a waste container.3. Wash your hands or use sanitizer.  DemeTECH made all masks in the USA.ASTM LEVEL 3

Produktinformationen

HerstellerDemeTech Corporation
TypDisposable Face Mask
Layers3 layers (2 non-woven, 1 melt-blown filter)
Ear LoopsJa
Astm LevelLevel 3
Flame SpreadClass 1
Bacterial Filtration Efficiency≥98%
Sub Micron Particulates Filtration≥98% at 0.1 micron
Differential Pressure (breathability)<6.0 mm H20/cm2
Resistance To Penetration By Synthetic Blood160mm Hg