Respiratory Protection FAQ’s
How do respirators protect you?
- They filter out contamination from the air
- They give you clean air from an exterior source
- They stop you from inhaling dust and vapour
What do respiratory protective filters protect you against?
- Dust like what’s produced while sanding or working with cement
- Mist and aerosols such as aerosol paints
- Bioaerosols like bacteria and pollen
- Fumes like those produced when welding
- Fibers such as asbestos
Why should PPE fit properly?
- Poorly fitted equipment does not protect you the way it should
- Loosely fitted clothing can present a snag hazard
- If respiratory protection is not fitted correctly, you may inhale hazardous substances
When should Respiratory Protection fit tests be performed?
-
- Before using a different model, make, size or style of respirator is used.
- If the wearer has had any facial changes occur. Like weight fluctuations or dental or facial surgery.
- Twice a year.
Which aspects should you consider when choosing respiratory protection?
- Facial characteristics
- Work environment
- Visibility
- Communication
- Mobility
Why you need respiratory protection when welding?
- Welders have an increased risk of bronchitis, pneumonia, and lung function changes
- Welding fumes contain small particles of metal that stick to the lungs and solidify when inhaled
- Welding produces harmful gases and vapours such as carbon monoxide, ozone, nitrogen oxides, gaseous fluoride, and phosgene
What factors do you need to consider when choosing a respiratory protection filter?
- The substances you need protection against
- The concentration of these substances
- Whether you are in an open or closed environment
- The length of your exposure
What are the steps to follow for setting up a respiratory program?
- Exposure assessment
- Written program
- Respirator selection
- Medical evaluation
- Fit testing
- Training and maintenance
What is the difference between category 1, 2 and 3 of PPE?
- Category 1: Basic in design, used for minor risks, e.g., Gardening or cleaning gloves.
- Category 2: Intermediate in design, used to protect against injuries, certified by a notified body, e.g., flame-retardant overalls.
- Category 3: Complex in design, used to protect against loss of life or life-changing injuries, certified compliant and tested by a notified body, e.g., Arc-flash PPE.

