A filter paper layer is extremely useful for filtering particles which may be harmful if inhaled, such as microbes. This layer is appropriate for higher risk environments where harmful particulates may be breathed in. There are different grades of filtration: FFP1 = 80% particle filtration, FFF2 = 94% particle filtration and FFP3 = 99% particle filtration.

A valve is a mechanism that is equipped to a medical mask to increase the free flow of air, resulting in easier breathing. The valve also assists in reducing the buildup of heat which can occur when the mask is worn for extended periods of time.

Pro-Secure 24 medical masks are available in 2 types of fastens: earloop, which is simply looped behind the ear, and tie-on, which is tied at the back of the head. As well as this, they come in various sizes, and colors, to suit all needs and preferences. Finally, StaySafe™ face masks are environmentally friendly, and so can be disposed of regularly.

The primary function of medical masks is to prevent the transmission of contaminants such as bacteria between medical professional and patient. The mask acts as a barrier or filter for the mouth and nose.

The medium in which these contaminations reside include droplets shed from the mouth and aerosols.

The mask is designed to catch droplets emitted from the surgeons’ mouth and nose when operating on a patient. They are not designed to protect the wearer of the mask from inhaling pathogens or contaminations that are airborne.

While not its chief intended purpose, the mask also acts as a physical barrier, protecting the wearer from substances which may be present in a surgical environment. Examples include bodily fluids such as blood and chemical agents used during the surgical procedure.

While the intended consumers for medical masks are medical professionals such as doctors and nurses, masks are commonly used by the general public for limiting the amount of pollution particulates inhaled in the air, mainly in densely populated areas where pollution is concentrated.

Medical masks are designed to be disposed after use – this is to prevent the spread of infection or illnesses that may be transmitted by re-using surgical masks. After use, promptly and safely discarding the surgical mask is the necessary course of action.

Product Features:

PP (Polypropylene)

• Cost effective
• Light weight
• Minimal fluid resistance
• Ideal for lower risk environments

Multi-Layer

• Non-allergenic
• Non-stimulating
• Increased protection compared to PP

Carbon

• Activated Carbon
• Removes fumes and chemicals
• Ideal for higher risk environments

Filter Paper

• Melt-blown production method
• Higher filtration of particles
• Prevents microbes from passing through
• Ideal for higher risk environments

FFP1, FFP2, FFP3

• FFP1 = 80% particle filtration
• FFP2 = 94% particle filtration
• FFP3 = 99% particle filtration

Valve

• Allows free flow of air
• Easier for breathing
• Reduce build up of heat

A filter paper layer is extremely useful for filtering particles which may be harmful if inhaled, such as microbes. This layer is appropriate for higher risk environments where harmful particulates may be breathed in. There are different grades of filtration: FFP1 = 80% particle filtration, FFF2 = 94% particle filtration and FFP3 = 99% particle filtration.

A valve is a mechanism that is equipped to a medical mask to increase the free flow of air, resulting in easier breathing. The valve also assists in reducing the buildup of heat which can occur when the mask is worn for extended periods of time.

Pro-Secure 24 medical masks are available in 2 types of fastens: earloop, which is simply looped behind the ear, and tie-on, which is tied at the back of the head. As well as this, they come in various sizes, and colors, to suit all needs and preferences. Finally, StaySafe™ face masks are environmentally friendly, and so can be disposed of regularly.

The primary function of medical masks is to prevent the transmission of contaminants such as bacteria between medical professional and patient. The mask acts as a barrier or filter for the mouth and nose.

The medium in which these contaminations reside include droplets shed from the mouth and aerosols.

The mask is designed to catch droplets emitted from the surgeons’ mouth and nose when operating on a patient. They are not designed to protect the wearer of the mask from inhaling pathogens or contaminations that are airborne.

While not its chief intended purpose, the mask also acts as a physical barrier, protecting the wearer from substances which may be present in a surgical environment. Examples include bodily fluids such as blood and chemical agents used during the surgical procedure.

While the intended consumers for medical masks are medical professionals such as doctors and nurses, masks are commonly used by the general public for limiting the amount of pollution particulates inhaled in the air, mainly in densely populated areas where pollution is concentrated.

Medical masks are designed to be disposed after use – this is to prevent the spread of infection or illnesses that may be transmitted by re-using surgical masks. After use, promptly and safely discarding the surgical mask is the necessary course of action.

Product Features:

PP (Polypropylene)

• Cost effective
• Light weight
• Minimal fluid resistance
• Ideal for lower risk environments

Multi-Layer

• Non-allergenic
• Non-stimulating
• Increased protection compared to PP

Carbon

• Activated Carbon
• Removes fumes and chemicals
• Ideal for higher risk environments

Filter Paper

• Melt-blown production method
• Higher filtration of particles
• Prevents microbes from passing through
• Ideal for higher risk environments

FFP1, FFP2, FFP3

• FFP1 = 80% particle filtration
• FFP2 = 94% particle filtration
• FFP3 = 99% particle filtration

Valve

• Allows free flow of air
• Easier for breathing
• Reduce build up of heat