There has been a surge in demand for P2 respirators for use against airborne pollutants during the recent extensive bushfires and more immediately against the transmission of CoV-SARS-2. This has resulted in an increase of...Read more
to find an experienced fit tester or training provider
As Occupational Hygienists, Covid-19 has presented us with numerous challenges, one of which is how we continue to protect the health of workers. Many of our members are busy helping businesses respond to and manage...Read more
RESP-FIT is a national respirator protective equipment (RPE) fit testing training and accreditation program developed to improve the competency of fit testers against both the Australian and international ISO respirator standards for fit testing. RESP-FIT was developed by the Australian Institute of Occupational Hygienists (AIOH) through close collaboration with many industry stakeholders such as:
→ Current RPE fit testers.
→ State & Territory WHS/OHS Regulators.
→ RPE Manufacturers and Distributors.
→ Industry, workers and members of the AIOH.
Our goal is to protect worker's health by ensuring the respirator, the last line of defence against dust, chemicals or pathogens, can fit property and prevent leakages causing exposures to the contaminated air.
The objective of RESP-FIT is to improve worker health protection of those wearing tight fitting respiratory protective equipment, through reliable respirator fit testing by competent fit testers in Australia.
It is also to provide information and tools for workplaces to make an informed decision on RPE fit testing that is appropriate and suitable for their working environment and controls.
A respiratory protective equipment (RPE) fit test is a method for checking that a tight fitting facepiece matches the persons facial features and seals adequately. It will also help to identify unsuitable facepieces which should not be used.
There are a number of different internationally recognised fit testing methods being either qualitative (QLFT) or Quantitative (QNFT) which are practiced in Australia. These different methods have pros and cons and may only be suitable for certain types of respirators.