Halyard 47147 FLUIDSHIELD Level 3 Fog-Free Procedure Mask - Box of 25

The Halyard 47147 FLUIDSHIELD Level 3 Fog-Free Procedure Mask is a high-performance protective face mask specifically engineered to provide the highest level of barrier protection against fluids, while maintaining user comfort and visibility. 

Key Features and Benefits

1. Level 3 Fluid Resistance: The FLUIDSHIELD Level 3 mask provides maximum protection against fluid exposure, withstanding high-velocity splashes, sprays, and splatters. This makes it ideal for use in high-risk situations where healthcare workers are exposed to blood, bodily fluids, or other potentially infectious materials. The mask’s high fluid resistance meets ASTM F2100 Level 3 standards, which is the highest level of fluid protection recognized by the ASTM, ensuring optimal safety in demanding clinical settings.

2. Fog-Free Design: One of the standout features of the Halyard FLUIDSHIELD Level 3 mask is its fog-free design. The mask is equipped with an integrated fog-free foam strip that reduces fogging of eyewear, enhancing visibility for the user. This feature is particularly important in surgical and procedural settings where clear vision is critical. The fog-free design ensures that healthcare professionals can maintain a clear line of sight while performing intricate tasks, thereby reducing the risk of errors.

3. Comfortable Fit and Breathability: Comfort is a key consideration in the design of the FLUIDSHIELD Level 3 mask. The mask features a soft inner lining that is gentle on the skin, reducing irritation even during extended wear. The ear loops are designed for a secure yet comfortable fit, preventing the mask from slipping while ensuring it stays in place throughout the procedure. Despite its high level of fluid resistance, the mask is highly breathable, allowing for adequate airflow to minimize discomfort and ensure easy breathing during prolonged use.

4. Enhanced Filtration Efficiency: The mask is engineered with a multi-layer design that provides enhanced filtration efficiency, offering protection against a wide range of airborne particles. It features a highly efficient filter media that traps particulate matter while allowing for comfortable breathing. The mask’s high filtration capacity is essential for protecting healthcare workers from airborne pathogens, including bacteria and viruses, thus minimizing the risk of cross-contamination in medical environments.

5. Secure and Protective Design: The FLUIDSHIELD Level 3 mask is designed with safety and security in mind. Its secure design includes pleats that expand to provide full coverage over the nose and mouth, reducing the risk of exposure to contaminants. The mask also features a strong nose wire that conforms to the shape of the user’s face, ensuring a snug fit that reduces the potential for gaps. This secure fit is crucial for maintaining the integrity of the mask’s protective barrier during use.

6. Application and Use Cases: The Halyard FLUIDSHIELD Level 3 Fog-Free Procedure Mask is suitable for a variety of medical and surgical applications. It is particularly well-suited for use in high-risk environments, including operating rooms, emergency departments, and intensive care units, where the risk of exposure to fluids and airborne pathogens is highest. The mask is also ideal for use during procedures that involve high fluid volumes, such as orthopedic surgery, trauma cases, and obstetric procedures.

The Halyard 47147 FLUIDSHIELD Level 3 Fog-Free Procedure Mask is a premium choice for healthcare professionals seeking maximum protection, comfort, and visibility in fluid-intensive environments. Its advanced features, including Level 3 fluid resistance, fog-free design, and superior filtration efficiency, make it an essential tool in maintaining safety and reducing the risk of infection in healthcare settings. Whether in the operating room or during routine medical procedures, this mask delivers the high level of protection and comfort that healthcare professionals need to perform at their best.

Expiration Date 2025-12-20