The problem
Slips, trips and falls under 2 metres in internal and external workplaces.
The risks
Slips, trips and falls can place employees at risk of musculoskeletal disorders (MSDs). MSDs include sprains, strains, fractures and soft-tissue injuries. They can occur suddenly or develop over time. More information about MSDs is available in WorkSafe's Hazardous manual handling compliance code.
Legal duties
Employers have a duty under the Occupational Health and Safety Act 2004 (OHS Act) to provide and maintain a working environment that is safe and without risks to health, so far as reasonably practicable. This obligation requires employers to eliminate risks to health and safety, so far as reasonably practicable. If it is not reasonably practicable to eliminate risks, employers must reduce those risks, so far as reasonably practicable.
Occupational Health and Safety Act 2004
Information for employers: OHS Act 2004
Consultation
Employers must also consult with employees and any health and safety representatives (HSRs), so far as reasonably practicable, when identifying risks and providing risk controls. Consultation should include discussions about how employees will perform their work, making sure that risk controls do not create new hazards. WorkSafe has guidance on consultation, including consultation with HSRs.
Consultation
Slips, trips and falls checklist
The following checklist may help employers meet their legal duties to eliminate or reduce the risks associated with slips, trips and falls under 2 metres.
WorkSafe has separate guidance which explains the risks of working at heights above 2 metres and may help prevent falls.
A guide to falls prevention
Compliance code: Prevention of falls in general construction
Compliance code: Prevention of falls in housing construction
Use the following checklist to:
- assess the risks associated with slips, trips and falls under 2 metres
- list possible solutions
- implement solutions
Consult with any HSRs when assessing the tasks and introducing risk control measures. Where possible, make sure consultation involves employees who do the tasks.
Risk control measures
The checklist provides general guidelines only. You must control any risk you find, so far as reasonably practicable. As well, arrange for regular workplace inspections, paying particular attention to:
- floors, stairs and lighting
- housekeeping, including general cleanliness and cleaning methods
- variations in conditions according to time of day and year. For example, rain, cloudy days or night/day
- personal protective equipment (PPE)
Keep a copy for your records
The Preventing slips, trips and falls under 2 metres checklist is also available as a downloadable PDF for printing. Employers should print, complete and retain a copy of the checklist for their records.
Preventing slips, trips and falls under 2 metres (PDF version)
Slips
The following information describes common hazards associated with slips in workplaces and suggests risk control measures that may help employers eliminate or reduce risk of slips in the workplace.
Common slip hazards
Check off any slipping hazards present in the workplace. If you find risk of an injury due to a slip, you must control that risk, so far as reasonably practicable.
Solutions
The following solutions may help employers to eliminate or reduce the risk of slips in the workplace. Check off control measures already implemented in the workplace. Implement controls not already in place, so far as reasonably practicable.
Trips
The following information describes common hazards associated with trips in workplaces and suggests risk control measures that may help employers eliminate or reduce the risk of trips in the workplace.
Common trip hazards
Check off any trip hazards present in the workplace. If you find risk of an injury due to a trip, you must control that risk, so far as reasonably practicable.
Solutions
The following solutions may help employers to eliminate or reduce the risk of trips in the workplace. Check off control measures already implemented in the workplace. Implement controls not already in place, so far as reasonably practicable.
Falls
The following information describes common hazards associated with falls under 2 metres in workplaces and suggests risk control measures that may help employers eliminate or reduce the risk of falls under 2 metres.
Part 3.3 of the Occupational Health and Safety Regulations 2017 (OHS Regulations) applies when there is a risk of a fall of more than 2 metres.
Occupational Health and Safety Regulations 2017
WorkSafe has guidance which explains the risks of working at heights above 2 metres and may help prevent falls.
A guide to falls prevention
Compliance code: Prevention of falls in housing construction
Compliance code: Prevention of falls in general construction
Common fall hazards
Check off any fall hazards present in the workplace. If you find risk of an injury due to a fall, you must control that risk, so far as reasonably practicable.
Solutions
The following controls may help employers to eliminate or reduce the risk of falls under 2 metres. Check off control measures already implemented in the workplace. Implement controls not already in place, so far as reasonably practicable.
Environmental conditions
Once it is determined there is a risk of MSD, employers must consider whether environmental conditions increase the risk. Environmental conditions include:
- vibration
- heat
- humidity
- cold and wind
- slippery and uneven floor surfaces
- obstructions
- poor lighting
Environmental conditions can increase the risk of an MSD by affecting employees' muscles, nerves and blood vessels and increasing fatigue.
The following information outlines common hazards associated with slips, trips and falls in workplaces due to environmental conditions and offers solutions which may help employers.
Common environmental hazards
Check off any environmental conditions present in the workplace. If you find risk of an injury due to an environmental hazard, you must control that risk, so far as reasonably practicable.
Solutions
The following solutions may help employers to eliminate or reduce the risk of environmental conditions causing slips, trips and falls under 2 metres. Check off control measures already implemented in the workplace. Implement controls not already in place, so far as reasonably practicable.
Risk management
The occupational health and safety (OHS) risk management process helps employers to eliminate or reduce the risk of MSDs associated with hazardous manual handling, so far as reasonably practicable. The risk management process involves hazard identification, risk assessment, risk control measures and monitoring, reviewing and, where necessary, revising risk control measures.
Effective management of health and safety hazards also involves training, consultation, documentation of health and safety activities and regular review of the management system. For more information about risk management, see WorkSafe's guidance, Controlling OHS hazards and risks.
Controlling hazards and risks in the workplace
Systems
Systems to help employers eliminate or reduce the risk of trips, slips and falls under 2 metres include:
- identifying the risk of slips, trips and falls under 2 metres and putting risk control measures in place, in consultation with employees and their HSRs
- providing reporting processes so safety issues can be identified and controlled as soon as possible
- scheduling and recording regular inspections and maintenance of all areas of the workplace and all equipment
- providing employees with information, instruction, training and supervision in relation to work procedures and the use of equipment and aids
Floor types, characteristics and applications
- Concrete
Characteristics
Rounded aggregate can be slippery when concrete wears. Interior surface is often sealed to prevent dusting and absorption of liquids but this can increase slipperiness.
Application
Suitable for external pathways, factory and warehouse floors. Slip resistance depends on finish and wear. Use angular aggregate for pathways.
- Terrazzo
Characteristics
Gives good appearance and wears well but can be slippery when wet, when excess polish is used or when dusty.
Application
Suitable for office foyers and pedestrian areas in shopping centres. Lay in place in panels separated by metal strips.
- Quarry tiles and ceramic tiles
Characteristics
Low water absorption and good resistance to chemicals. Slippery in wet conditions if smooth but can be moulded with aggregate or profiles to improve slip resistance. Cleaning may require special cleaning equipment such as high-pressure water spray because a build-up of grease or dirt can make the tiles ineffective.
Application
Suitable for kitchens where hot spills might occur, shower rooms, toilets and similar. Requires frequent cleaning.
- Glazed ceramic tiles
Characteristics
Slippery when wet, particularly with soapy water. Some slip-resistance treatments available but it is preferable not to install glazed ceramic tiles on floors.
Application
Bathrooms and toilets.
- Vinyl tiles and sheet
Characteristics
Easy to clean. Use sheet form where washing is required to avoid water getting under tiles. Slippery when wet, particularly if polished, however slip-resistance vinyl with moulded aggregates is available.
Application
Suitable for light industrial environments, corridors, hospital wards. Not suitable where hot spills are likely.
- Cork
Characteristics
Must be sealed to prevent absorption of oil and water but likely to be slippery when wet.
Application
Suitable for light industry, small kitchens, lecture rooms, standing mats. Softer than vinyl.
- Timber
Characteristics
Needs to be sealed to prevent absorption of oil and water. Can be slippery when wet if highly glossed or polished.
Application
Suitable for meeting halls, gymnasiums, older factories and offices.
- Steel plate
Characteristics
Tends to be slippery when wet or oily, particularly when worn.
Application
Suitable for factory areas with very heavy traffic or to span openings in floors. Usually has a raised pattern, for example, chequer plate, which provides some slip resistance but may cause problems with moving trolleys, pallet jacks or other wheeled mechanical aids
- Rubber
Characteristics
Less effective in wet conditions. Must be fixed down well at the edges and at joins or will cause a tripping hazard.
Application
Suitable for ramps and areas requiring extra slip resistance, and for stair treads. Usually has a round stud pattern.
- Plastic matting
Characteristics
Interlocking PVC extrusions give good drainage and slip resistance. Hose down or steam clean.
Application
Suitable for bathrooms, standing mats.
- Carpet
Characteristics
Carpet has shorter life than a hard floor surface but it can be a cost-effective solution in many cases. Installation should be wall-to-wall to avoid the hazard of tripping on edges. When used in small local areas, such as entrances, it should be installed in a recess in the floor.
Application
Suitable for corridors, offices and areas where quiet is a high priority and spills unlikely. However, carpets of synthetic materials may be used in entrance areas to absorb water and dirt, exterior areas and bathrooms.
- Fibreglass grating
Characteristics
This product can have grit particles moulded into the upper surface to provide very good slip resistance. Fluids quickly drain away.
Application
Suitable for factory areas where fluids are unavoidable, and for overhead platforms and walkways.
Floor treatments
Floors need greater friction or adhesion to increase their slip resistance. Slip-resistant footwear is one strategy, treating the floor is another.
If an existing floor creates a risk and it is too expensive to install new flooring, it is possible to apply a floor treatment. The cost of treatment varies considerably and it is a good idea to do a cost analysis, particularly if the treatment does not significantly improve the quality of the floor.
Successful treatments are those that substantially increase the surface roughness of the flooring. The surface may not look as attractive following treatment and cleaning methods may need to change.
For wet conditions, flooring material or treatment should continue up the walls to at least 75mm. The continuation between the floor and the wall should be rounded to prevent fluids getting under the edges. This will reduce cleaning and drying time.
Make sure sheet flooring, such as vinyl, is welded to prevent water seeping through and to allow more thorough cleaning.
- Mild etch
Applicable to ceramic tiles, granite, terrazzo, clay pavers and vinyl. May increase slip resistance but the tile may still be too slippery, particularly with soapy water.
- Strong acid etches
Applicable to concrete. Should make surface suitable for slip resistance with water but not with oil.
- Adhesive strips
Applicable to all flooring: Mineral-coated adhesive strips are useful for localised slip hazards such as stair treads and ramps. However, they wear quickly and should be considered a temporary solution or be replaced regularly.
- Abrasive blasting
Applicable to concrete, ceramic tiles, granite, marble, terrazzo, clay pavers and steel plate. Oil can still make the surface slippery.
- Grinding
Applicable to concrete, ceramic tiles, granite, marble, terrazzo and clay pavers. This treatment can create a rougher surface, so it could be used to give slip resistance under oily conditions.
- Grinding with diamond saw
Applicable to concrete, ceramic tiles, granite, marble, terrazzo and clay pavers.
For example, grooves 2-3 mm deep, spaced at 7-10 mm, would give slip resistance under oily conditions. Loss of the sealed surface could lead to staining.
- Coating
Applicable to concrete, clay pavers, steel plate and timber. A range of base materials is used, including acrylics, flexible polymers, polyester resin, vinyl ester resin and epoxy resin. For the best slip resistance, the coatings will include aggregate such as rubber particles, silica sands and silicon carbide granules. These treatments can be tailored to the application, depending on the level of chemical, traffic or slip resistance needed. With the right aggregate, slip resistance under oily conditions is possible.