Slip and fall incidents are among the most preventable workplace injuries in Australia, yet they remain one of the most common causes of workers compensation claims across all industries. For safety managers, the challenge is not just identifying where slip hazards exist but building a systematic process for auditing them, treating them, and keeping records that demonstrate due diligence over time.
This guide provides a practical checklist for auditing workplace slip hazards across the most common high-risk zones, covers how to select the right treatment after the audit, and explains the documentation practices that support compliance with Australian WHS obligations.
Why Slip Hazard Audits Matter
A slip hazard audit is not a one-time event. Floor conditions change continuously due to traffic, weather, cleaning practices, and surface wear, and a hazard that did not exist at the last inspection can develop quickly in a high-use zone.
Regular audits are the mechanism by which a duty holder demonstrates active management of slip risk rather than waiting for an incident to prompt a response.
The consequences of not having a documented audit programme include:
- Undetected hazards that develop between inspections and cause incidents before they are treated
- Inadequate compliance defence in the event of a regulator inquiry or workers compensation claim
- Repeated treatment failures where the cause of grip degradation is not identified and addressed
- Missed re-treatment windows in high-wear zones that fall below a safe grip threshold without triggering a response
Under the Work Health and Safety Act 2011 and its state and territory equivalents, persons conducting a business or undertaking must eliminate or minimise risks to health and safety so far as is reasonably practicable. A documented audit programme is one of the clearest ways to demonstrate that the duty holder has met the reasonably practicable standard.
The guide to understanding your WHS responsibilities covers the duty holder framework in more detail and is a useful reference before building your first audit programme.
Identifying the Highest-Risk Zones in Your Workplace
Before running a full audit, it helps to rank your workplace zones by slip risk so that inspection and treatment effort is directed where it matters most. Risk level is determined by a combination of surface type, contamination source, traffic volume, and how quickly conditions can change in each zone.
|
Hazard Zone |
Risk Level |
Primary Cause |
Treatment Priority |
|
Building entries and lobby floors |
High |
Rain tracked in, smooth floor finish |
Immediate |
|
Commercial kitchen and canteen floors |
High |
Grease, water, fast movement |
Immediate |
|
Wet process areas and bathrooms |
High |
Standing water, soap residue |
Immediate |
|
Stairways and elevated walkways |
High |
Step-edge wear, moisture |
Immediate |
|
Loading docks and external ramps |
High |
Rain, forklift traffic, worn surface |
High |
|
Warehouse pedestrian zones |
Medium |
Dust, oil, forklift traffic |
High |
|
Office bathrooms and tea rooms |
Medium |
Spills, cleaning residue |
Medium |
|
Dry office corridors and meeting rooms |
Low |
Minimal contamination |
Routine |
Zones rated Immediate carry the highest likelihood of causing a serious injury and should be audited and treated before lower-priority areas. A safety manager running their first audit should walk the site in order of this risk ranking rather than by physical location, to ensure that the highest-risk zones are assessed and documented first.
The Workplace Slip Hazard Checklist
The checklist below is organised by zone type. For each zone, run through the relevant items during your inspection and record the result, the date, and any action taken. A zone that fails any item should be flagged for treatment before the next inspection cycle.
Building Entries and Lobbies
Entry and lobby zones are the highest-risk area in most commercial workplaces because they combine smooth floor surfaces with tracked-in moisture and high foot traffic. Check the following at every inspection:
- Floor surface condition: Is the entry floor surface free from visible wear, coating lift, or areas of reduced grip?
- Moisture and contamination: Is there evidence of water pooling, tracked-in moisture, or cleaning residue on the floor surface?
- Entry matting: Is entry matting in place, clean, and flat? Curled or saturated matting is itself a trip and slip hazard.
- Threshold strips: Are anti-slip threshold strips intact and securely bonded with no edge lift or worn sections?
- Cleaning routine: Is the entry floor being cleaned with a soap-free product? Soap residue on entry floors is one of the most common and least recognised slip risk factors.
- Treatment status: Has the entry floor been treated with an appropriate anti-slip product, and is the treatment within its expected service life?
For tiled lobby and entry floors, UltraGrip is the correct liquid treatment for ceramic, porcelain, marble, and stone surfaces. For concrete entry floors, UltraGrip is the primary treatment, with UV Grip the correct alternative for painted or epoxy-coated concrete.
Wet Process Areas and Bathrooms
Wet process areas including commercial kitchens, canteens, laundries, and workplace bathrooms carry a consistently high slip risk because moisture and contamination are present throughout the working day. Inspect these zones more frequently than dry areas and document the condition at each inspection.
- Floor surface grip: Does the floor surface feel adequately grippy underfoot when wet? A floor that feels borderline safe when dry may be genuinely dangerous when wet.
- Drainage: Is drainage functioning correctly and preventing water pooling in pedestrian zones?
- Soap and detergent residue: Is there a film of soap or detergent residue on the floor surface from cleaning?
- Treatment condition: Is the anti-slip treatment in the wet zone within its expected service life and showing no visible wear in high-traffic areas?
- Degreasing in kitchen zones: Are grease and oil contamination being fully removed before floor cleaning? Cleaning over grease without degreasing first reduces grip further rather than restoring it.
- Signage: Are wet floor signs available and being used during and after cleaning?
Stairways and Elevated Walkways
Stairways are a consistent high-risk zone in any multi-level workplace. AS 1657:2018 covers the design and installation requirements for fixed platforms, walkways, and stairways in workplaces, and the condition of stair surfaces is a key compliance consideration under WHS legislation.
- Stair nosing condition: Are stair nosings intact, securely fixed, and showing no visible wear on the leading edge?
- Anti-slip tread coverage: Do stair treads have adequate anti-slip coverage across the full width of each tread?
- Handrail condition: Are handrails present, secure, and at the correct height for the stairway?
- Lighting: Is stairway lighting adequate to clearly see each step edge?
- Moisture: Are stairways exposed to rain or tracked-in moisture? External or semi-exposed stairways require more frequent inspection than fully enclosed ones.
- Slip tape condition: Are any slip-resistance tapes on treads or nosings securely bonded with no edge lift?
GripFactory’s PolyGrip stair treads provide full-tread coverage for high-traffic workplace stairways. For stair surfaces where a defined leading-edge strip is sufficient, Standard Tape applied to the nosing zone is a practical and cost-effective option.
Need anti-slip solutions built for warehouse traffic? Browse GripFactory’s heavy-duty anti-slip plates.
Loading Docks and External Areas
Loading docks and external pedestrian areas present a different set of hazards to internal zones. Rain, UV exposure, forklift traffic, and the transition between indoor and outdoor surfaces all contribute to elevated slip risk in these zones.
- Ramp and dock surface condition: Is the ramp or dock surface free from biological growth, worn coatings, and surface damage?
- Drainage and pooling: Is rain draining away from the pedestrian zone, or is water pooling in forklift lanes or walkways?
- Physical strip and plate condition: Are PolyGrip plates and strips in forklift and pedestrian crossover zones securely fixed and showing no displacement?
- Transition zones: Is the transition between internal and external flooring surfaces clearly marked and treated?
- Biological growth: Is there any algae, lichen, or mould growth on external ramp or dock surfaces that has not been treated?
- Lighting: Is external zone lighting adequate for night or early morning operations when weather conditions are most likely to create a slip hazard?
In loading dock and forklift crossover zones, PolyGrip plates are the preferred solution because they provide broader coverage suited to the spread of equipment traffic.
PolyGrip strips suit narrower pedestrian walkways and defined runs within the dock zone. The anti-slip tape range covers threshold and transition zone applications at dock entries.
Selecting the Right Treatment After the Audit
Once the audit identifies zones that require treatment or re-treatment, the next step is matching the correct product to each surface and hazard type. Selecting the wrong product for the surface type is one of the most common causes of treatment failure in workplace settings.
|
Surface Type |
Primary Contamination |
Recommended Product |
Application Note |
|
Glazed ceramic or porcelain tiles |
Water, soap residue |
UltraGrip liquid treatment |
Degrease and clean before application |
|
Marble or stone tiles |
Moisture, cleaning residue |
UltraGrip liquid treatment |
Remove wax or sealer before application |
|
Polished or sealed concrete |
Water, dust, grease |
UltraGrip, or UV Grip for painted or epoxy concrete |
Strip wax and clean fully before application |
|
Stair nosings and edges |
Foot traffic, moisture |
Standard Tape or PolyGrip stair treads |
Surface preparation critical for tape adhesion |
|
External concrete ramps and docks |
Rain, UV, heavy traffic |
PolyGrip plates, or UV Grip for painted concrete |
Remove biological growth before application |
|
Warehouse pedestrian lanes |
Dust, oil, forklift crossings |
PolyGrip plates in crossover zones, strips in pedestrian lanes |
Mechanically fix for durability under load |
For commercial and public settings, arranging a post-treatment slip resistance test under AS 4586:2013 provides documented evidence that the treated surface contributes to the required grip rating for its specific zone. Retaining the test certificate alongside treatment records supports both WHS compliance and any insurance or legal inquiry that may follow an incident.
Documenting and Maintaining Your Slip Prevention Programme
An audit that is not documented is not auditable. For WHS compliance purposes, what counts is not just that an inspection was conducted but that it was recorded in a way that can be produced in the event of an incident, a regulator inquiry, or an insurance claim. A complete slip prevention programme includes the following documentation:
- Hazard identification records. For each zone inspected, record the date, the inspector’s name, the surface type, the hazard identified, and the risk rating assigned.
- Treatment records. For each treatment applied, record the product used, the date of application, the area treated, and the applicator. Retain product data sheets and any post-treatment slip resistance test certificates.
- Inspection logs. For ongoing inspections, maintain a running log for each zone showing the date inspected, the condition found, and any action taken or deferred.
- Re-treatment schedule. Document when each treated zone is due for re-inspection and potential re-treatment. High-traffic and wet zones will reach re-treatment thresholds faster than lower-risk areas.
- Corrective action records. Where a hazard is identified but treatment is deferred, record the reason for deferral, the interim control measure applied, and the date by which treatment must be completed.
|
Zone Type |
Inspection Frequency |
Documentation Required |
|
High-risk wet areas and entries |
Weekly |
Signed inspection log with condition notes |
|
Stairways and elevated walkways |
Monthly |
Condition assessment with treatment status |
|
Loading docks and external ramps |
Monthly |
Surface condition and strip or coating status |
|
Warehouse pedestrian zones |
Quarterly |
Zone condition and treatment age |
|
Low-risk dry internal areas |
Quarterly |
Visual inspection record |
The guide to safety grip tape and WHS compliance covers the documentation expectations for tape-based treatments in commercial settings.
For broader compliance programme guidance, the guide to commercial non-slip tape and compliance covers the documentation framework that supports WHS audit requirements.
GripFactory’s UltraGrip detergent cleaner is formulated for treated surfaces and should be specified in the cleaning protocol for all treated zones as part of the programme documentation.
Getting Slip Prevention Right Across Your Workplace
A workplace slip prevention programme is most effective when it combines a consistent audit process, product selection matched to the surface and hazard, and a documentation system that can withstand scrutiny. The key takeaways from this guide are:
- Rank zones by risk level before auditing and address Immediate and High priority zones before lower-risk areas
- The checklist covers four primary zone types: building entries, wet process areas, stairways, and loading docks, each with specific inspection items
- Product selection must match the surface: UltraGrip for tiled and unsealed concrete surfaces, UV Grip for painted or epoxy concrete, PolyGrip plates for high-wear and forklift zones, strips for pedestrian lanes, and Standard Tape for stair edges and defined grip strips
- Post-treatment testing under AS 4586:2013 provides documented evidence that treated surfaces contribute to the required grip rating
- Documentation is not optional: under the Work Health and Safety Act 2011 and its state and territory equivalents, duty holders must demonstrate that slip risks have been identified, treated, and monitored
- Regular re-inspection at the frequency appropriate to each zone’s risk level is what sustains a safe workplace floor over time
Build a Slip Prevention Programme That Holds Up
GripFactory supplies anti-slip products across all treatment categories relevant to workplace floor safety, with both DIY and professional application options available. A well-run programme relies on matching each treatment to the specific zone, surface and slip risk it needs to control, rather than applying one solution across the whole site.
Getting that match right the first time reduces re-work, keeps your floors compliant and protects the people who use them every day. Browse the full range and order directly through the GripFactory shop, or get advice on the right treatment for your specific workplace zones and surfaces through the contact page.
Frequently Asked Questions Regarding Slip Hazard Prevention
A workplace slip hazard checklist should cover the surface condition of each high-risk zone, including visible wear, coating lift, tape edge condition, and evidence of moisture or contamination. It should also assess drainage, entry matting, stair nosing condition, lighting, and whether the cleaning routine is compatible with any anti-slip treatment applied.
Each inspection item should be recorded with a date, the inspector’s name, the condition found, and any corrective action taken or planned
High-risk zones such as building entries, wet process areas, and stairways should be inspected at least weekly, with a formal documented audit conducted monthly. Loading docks and external areas warrant monthly inspection as a minimum, and lower-risk dry internal areas can be assessed quarterly. Inspection frequency should be reviewed and increased if a slip incident occurs, if the cleaning routine changes, or if a new surface treatment is applied.
Under the Work Health and Safety Act 2011 and its state and territory equivalents, the primary duty of care rests with the person conducting a business or undertaking, which in most cases means the employer or facility operator. That duty requires eliminating or minimising slip risks so far as is reasonably practicable, which includes identifying hazards through regular audits, treating surfaces, maintaining floor conditions, and documenting all of those actions. Workers also have a duty to report slip hazards they identify during their work.
The most common workplace slip hazards in Australia are wet or contaminated floor surfaces, smooth floor finishes with low inherent friction, worn or degraded anti-slip treatments, and cleaning residue that progressively reduces surface grip. Building entries, commercial kitchen floors, bathroom and wet process areas, and stairways are the consistently highest-risk zones across most workplace types. Safe Work Australia identifies slips, trips, and falls as one of the leading mechanisms of serious workplace injury, making these zones the priority for any audit programme.
A workplace slip hazard inspection should be recorded with the date, the inspector’s name, each zone assessed, the condition found, the risk rating assigned, and any action taken or deferred. Treatment records should include the product applied, the date, the area treated, and the applicator, along with any post-treatment slip resistance test certificate.
All records should be retained and accessible in the event of a regulator inquiry or incident investigation, and corrective action records should note the reason for any deferred treatment and the interim control measure in place.
Yes, a post-treatment slip resistance test conducted under AS 4586:2013 provides documented evidence that a treated surface contributes to the required grip rating for its specific zone and use. Retaining the test certificate alongside treatment records, inspection logs, and corrective action records creates a defensible compliance trail that demonstrates the duty holder has met the reasonably practicable standard. For commercial and public settings, this documentation is strongly recommended for all treated zones, particularly high-risk areas such as entries, wet process areas, and stairways.
