Face Masks

Face masks used in medical settings create a barrier against airborne particles, bacteria, and fluid splatter to protect both healthcare workers and patients. Depending on the type, face masks can also reduce the spread of respiratory droplets during procedures or routine patient care.

Surgical masks and procedure masks differ mainly in their fluid resistance and intended use — surgical masks are tested to higher fluid resistance standards for use in operating rooms, while procedure masks are designed for general clinical tasks with lower fluid exposure risk. Both types filter airborne particles and bacteria, but surgical masks offer a higher level of protection in sterile environments.

Surgical masks are designed for healthcare professionals, surgical teams, and clinical staff who work in environments where exposure to blood, bodily fluids, or airborne pathogens is a concern. Patients, caregivers, and general consumers may also use surgical or procedure masks to reduce the spread of respiratory illness.

Place the face mask over your nose and mouth, secure the ear loops or ties snugly behind your head or ears, and press the nose wire down to create a close fit against your face. Avoid touching the front of the mask while wearing it, and wash or sanitize your hands before and after handling the mask.

Choosing the right face mask depends on your level of exposure risk, the environment you are working in, and whether you need features like anti-fog eye shields, fluid resistance ratings, or pediatric sizing. Procedure masks work well for general use, while surgical masks or particulate respirators are better suited for higher-risk clinical environments.

Yes, face masks with eye shields offer added protection by combining a standard mask with an integrated shield that guards the eyes against splatter and airborne droplets. Face masks with eye shields are especially useful in clinical or procedural settings where fluid exposure to the face is a realistic risk.

Yes, wearing a properly fitted face mask filters out a significant portion of airborne bacteria and particles, reducing the risk of inhaling or spreading contaminants. Higher-rated masks, such as particulate respirator surgical masks, provide greater filtration efficiency than standard procedure masks for environments with elevated exposure risk.

Because not all clinical environments carry the same level of fluid exposure risk, face masks are assigned fluid resistance ratings measured in millimeters of water pressure to help users select the appropriate level of protection. A higher fluid resistance rating means the mask can withstand greater pressure from splatter or sprays without allowing fluid to pass through.

Most surgical masks and procedure masks are designed for single use and should be discarded after each patient encounter or when they become damp, soiled, or damaged. Reusable personal face masks are also available for non-clinical settings, but these should be laundered regularly according to the manufacturer's care instructions.

Face masks should be stored in a cool, dry place away from direct sunlight, moisture, and contaminants to preserve their filtration integrity and structural shape. Keep face masks in their original sealed packaging until ready to use, and check the manufacturer's expiration date to ensure the masks are still within their usable shelf life.