Tiled bathroom floor and walls with a glass shower screen and square drain
SWMS Template

Floor Tiling (Internal)

8 Hazards/22 Steps/8 PPE/5 min
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Installation of ceramic, porcelain, or stone tiles on internal floors including substrate preparation, waterproofing (wet areas), adhesive application, tile laying, cutting, grouting, and sealing. Designed to support compliance with AS 3958:2023 ceramic and stone tile installation and AS 3740:2021 waterproofing of domestic wet areas. Pre-filled hazards, controls, and risk ratings.

Built for:TilersWall Floor TilersBathroom RenovatorsBuilding ContractorsShopfittersMaintenance Workers
70+ templatesPDF & DOCXAustralian WHS

Floor tiling is a kneeling trade, and the trade's claims data is dominated by what kneeling for hours on a hard substrate does to backs, knees and shoulders. The Model Code of Practice on Hazardous Manual Tasks drives the substitution stack: knee boards or alkali-resistant pads (not foam) for the kneeling, mechanical lift assists for large-format porcelain sheets above 20 kilos, and rotation between cutting and laying through the day. A tiler who treats this work as a young-person trade ages out of it at 45; the operators still on the tools at 60 are the ones who set up the workspace before the first sheet goes down.

Porcelain cutting puts silica in front of the operator. Respirable crystalline silica sits at the 0.05 mg/m³ workplace exposure standard over an eight-hour day, and porcelain pavers run 30 to 50 percent silica content. Wet cutting with continuous water feed, an M-class HEPA vacuum for cleanup, and a P2 respirator on every operator within the dust cloud are the controls that hold; dry cutting tracks back as the failure mode that puts the trade in front of the silicosis cluster the 1 July 2024 engineered stone ban was responding to. Engineered-stone offcuts being trimmed on tilers' sites is still triggering cases — even though the slabs themselves are banned.

Wet-area floors require waterproofing complete and certified to AS 3740:2021 before tiling commences; the tiler doesn't lay over an unsigned membrane. Cement-based adhesives at pH 12-13 burn skin during prolonged contact, epoxy grouts sensitise, and the slip resistance class on the finished surface under AS 4586 needs to match the wet-area duty. AS 3958.1-2007 is the installation guide. White Card, wall and floor tiling competency, silica awareness training and a current first aid round out the qualifications. The tiler who closes the day with a clean ventilation run and a clean cut log doesn't bring the dose home.

What's In Your SWMS

01

8 Hazards & Controls

Pre-filled — review for your site
Risk

Silicosis (irreversible lung disease), lung cancer, chronic obstructive pulmonary disease (COPD), death

What to do about it
Elimination

Minimise on-site cutting - order pre-cut tiles or plan layout to reduce cuts

Substitution

Use manual tile cutter (score and snap) for straight cuts where possible - minimal dust

Isolation

Set up cutting station outdoors or in well-ventilated area away from other workers

Engineering
  • Use wet tile saw with continuous water suppression as the primary control for all power cutting
  • Apply "controlled processing" per the Crystalline Silica Substances Regulation (in force 1 Sept 2024) — any of: wet suppression, on-tool extraction (M/H-class), local exhaust ventilation, isolation, or enclosed cabin with HEPA
  • Uncontrolled dry cutting of silica-containing tiles is non-compliant — dry cutting is only permitted with on-tool dust extraction meeting controlled-processing requirements
  • Position cutting station downwind from workers if outdoors
Administrative
  • Train all workers on silica dust hazards and control measures
  • Limit cutting duration - rotate tasks to reduce individual exposure
  • No eating, drinking, or smoking in work area
  • Clean up dust with wet methods or H-class vacuum - never dry sweep
  • Health monitoring for workers with regular silica exposure
PPE

P2 respirator minimum when cutting (P3 for extended work), safety glasses

02 Work Procedure

22-Step Work Procedure

Step-by-step procedure
1
Site arrival, review scope and inspect substrate condition
2
Set up work area with safety equipment and PPE
3
Prepare substrate - remove existing floor covering if required
Manual Handling InjuriesSilica Dust ExposureKneeling and Repetitive Strain Injuries
4
Repair substrate defects, fill cracks and level low spots
Chemical Exposure (Adhesives, Grout, Sealers)Kneeling and Repetitive Strain Injuries
5
Apply waterproofing membrane (wet areas only)
Chemical Exposure (Adhesives, Grout, Sealers)Kneeling and Repetitive Strain Injuries
6
Plan tile layout and set out reference lines
7
Set up wet tile saw in designated cutting area
Electrical HazardsSilica Dust Exposure
8
Mix tile adhesive to manufacturer specifications
Chemical Exposure (Adhesives, Grout, Sealers)Silica Dust Exposure
9
Apply adhesive to substrate using notched trowel
Chemical Exposure (Adhesives, Grout, Sealers)Kneeling and Repetitive Strain InjuriesManual Handling Injuries
10
Lay tiles starting from reference line
Kneeling and Repetitive Strain InjuriesManual Handling InjuriesCuts and Lacerations
11
Cut tiles to fit using wet tile saw
Silica Dust ExposureCuts and LacerationsNoise ExposureElectrical Hazards
12
Cut notches and curves using angle grinder with water suppression
Silica Dust ExposureCuts and LacerationsNoise Exposure
13
Install cut tiles around edges, fixtures, and obstacles
Kneeling and Repetitive Strain InjuriesCuts and Lacerations
14
Clean excess adhesive from tile surface and joints
Chemical Exposure (Adhesives, Grout, Sealers)Kneeling and Repetitive Strain Injuries
15
Allow adhesive to cure before grouting
Slips, Trips, and Falls
16
Mix grout to manufacturer specifications
Chemical Exposure (Adhesives, Grout, Sealers)Silica Dust Exposure
17
Apply grout using rubber float, working into joints
Chemical Exposure (Adhesives, Grout, Sealers)Kneeling and Repetitive Strain Injuries
18
Clean excess grout from tile surface
Chemical Exposure (Adhesives, Grout, Sealers)Kneeling and Repetitive Strain Injuries
19
Apply grout sealer (if required)
Chemical Exposure (Adhesives, Grout, Sealers)
20
Final clean of tile surface
Slips, Trips, and Falls
21
Clean up work area, dispose of waste correctly
Cuts and LacerationsChemical Exposure (Adhesives, Grout, Sealers)Silica Dust Exposure
22
Final inspection and customer handover
03 Equipment & PPE

Equipment & PPE

Equipment (14)

  • Wet tile saw (tile cutter)

    Water-cooled diamond blade for cutting tiles. Primary method for silica dust control.

  • Angle grinder with diamond blade

    For curved cuts and notches. Must use water suppression or dust extraction.

  • Manual tile cutter (score and snap)

    For straight cuts on ceramic tiles. Low dust generation.

  • Notched trowel (various sizes)

    6mm, 10mm, 12mm notches depending on tile size and adhesive requirements.

  • Grout float (rubber)

    For applying and spreading grout into joints.

  • Spirit level (1200mm+)

    For checking tile level and substrate flatness.

  • Tile spacers (various sizes)

    1.5mm, 2mm, 3mm spacers for consistent grout joints.

  • Mixing drill with paddle attachment

    For mixing adhesive and grout to correct consistency.

  • Buckets (mixing and cleaning)

    Separate buckets for adhesive mixing, grout mixing, and clean water.

  • Tile sponges

    For cleaning excess grout and final tile cleaning.

  • Rubber mallet

    For bedding tiles into adhesive without damage.

  • Tape measure

    For measuring layout and cut sizes.

  • Knee boards / kneeling mat

    Cushioned support for extended kneeling work.

  • First aid kit

    Include wound dressings, eye wash, burn gel for chemical contact.

PPE (8)

  • Safety glassesAS/NZS 1337.1:2010

    Essential - flying tile chips during cutting, adhesive/grout splashes.

  • P2 respirator (half-face minimum)AS/NZS 1716:2012

    Mandatory when cutting tiles - silica dust exposure. Consider P3 for extended cutting.

  • Hearing protectionAS/NZS 1270:2002

    Required when using wet saw or angle grinder.

  • Chemical-resistant gloves (nitrile)AS/NZS 2161.10.1:2024 (chemical/microorganism risks); AS/NZS 2161.1:2016 (general requirements)

    For mixing and handling adhesive, grout, and sealers. Prevents skin irritation.

  • Cut-resistant glovesAS/NZS 2161.3:2020

    For handling cut tiles with sharp edges.

  • Safety boots (steel cap)AS 2210.3:2019

    Protection from dropped tiles and sharp edges.

  • Knee pads

    Essential for extended kneeling work. Prevents knee injuries and long-term damage.

  • Long pants (work trousers)

    Protects knees and skin from chemical contact and sharp edges.

04 Training & Emergency

Training & Emergency

Competency Requirements

  • Construction Induction Card (White Card)training

    Required for all workers on construction sites. CPCCWHS1001 - Prepare to work safely in the construction industry.

  • Wall and Floor Tiling Competencycertificate

    Certificate III in Wall and Floor Tiling (CPC31320 — supersedes CPC31311) or demonstrated equivalent experience

  • Silica Dust Awareness Trainingtraining

    Training on silica dust hazards, control measures, and correct use of wet cutting equipment and PPE

  • Waterproofing Competency (if applicable)

    Required if applying waterproofing membranes in wet areas. Certificate or equivalent training.

  • First Aid Certificate

    Recommended for at least one team member on site

Emergency Procedures

  • SILICA DUST OVER-EXPOSURE: If worker experiences breathing difficulty, coughing, or chest tightness during or after cutting, move to fresh air immediately. Seek medical attention. Record exposure details.

  • CHEMICAL SPLASH IN EYES: Irrigate immediately with eye wash or clean water for minimum 20 minutes. Do not rub. Seek medical attention. Bring SDS for product.

  • CEMENT BURN: Wash affected area with clean water for at least 20 minutes. Remove contaminated clothing. Do not apply creams. Seek medical attention for any burn larger than coin size.

  • DEEP LACERATION FROM TILE: Apply direct pressure with clean dressing. Elevate limb. Call 000 for deep cuts or severed tendons. Do not remove embedded tile fragments.

  • ELECTRIC SHOCK: Do not touch person if still in contact with power source. Switch off power at source. Call 000. Begin CPR if not breathing.

Everything above, included in your SWMS document.

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SWMS Template
Floor Tiling (Internal)
8 Hazards & Controls
22 Work Procedure Steps
8 PPE Requirements
Emergency Procedures
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High-Risk Construction Work Categories

Under Australian WHS Regulations (Part 7.1 - Managing risks of hazardous chemicals; Schedule 14 - Prohibited carcinogens, restricted carcinogens and restricted hazardous chemicals), this work is classified as high-risk due to:

  • Work involving hazardous chemicals (Tile adhesives, grout, and sealers contain hazardous chemicals. Silica dust from tile cutting is a significant respiratory hazard.)

Who Needs This SWMS?

This template is designed for the following trades and roles performing floor tiling (internal) work.

TilersWall Floor TilersBathroom RenovatorsBuilding ContractorsShopfittersMaintenance Workers

Frequently Asked Questions

Do I need a SWMS for floor tiling work?

While floor tiling is not automatically high-risk construction work under WHS Regulations, a SWMS is strongly recommended due to silica dust exposure from tile cutting. Many principal contractors require SWMS for all construction activities. If using power tools to cut tiles containing crystalline silica, dust control measures are mandatory.

Can I dry cut tiles on a construction site?

No. Uncontrolled dry cutting of silica-containing materials (including ceramic and porcelain tiles) is non-compliant under WHS legislation. You must use wet cutting with water suppression, or controlled dry cutting with on-tool dust extraction and appropriate RPE. Dry cutting generates silica dust levels far exceeding the workplace exposure standard.

What is the workplace exposure standard for silica dust?

The workplace exposure standard (WES) for respirable crystalline silica is 0.05 mg/m³ as an 8-hour time-weighted average (TWA). WorkSafe Victoria recommends a precautionary limit of 0.02 mg/m³. Dry cutting tiles can generate dust levels many times higher than these limits.

What PPE is required when cutting tiles?

When cutting tiles with power tools (wet saw or angle grinder), you must wear: P2 respirator minimum (P3 for extended work), safety glasses, hearing protection, and cut-resistant gloves when handling cut tiles. Even with wet cutting, some silica dust is generated and respiratory protection is required.

Do I need waterproofing under floor tiles?

Waterproofing is required in wet areas as defined by AS 3740. This includes bathrooms, showers, laundries, and other areas subject to water accumulation. Waterproofing must be applied by a licensed applicator in some states and must be tested before tiling.

How long before I can grout after laying tiles?

Typically 24 hours minimum, but check adhesive manufacturer specifications. Adhesive must be fully cured before grouting. Premature grouting can cause tiles to lift or adhesive to fail. Larger tiles and cooler conditions may require longer cure times.

What is the correct adhesive notch size for floor tiles?

Notch size depends on tile size and substrate flatness. General guide: up to 300x300mm tiles use 6mm notch; 300-600mm tiles use 10mm notch; over 600mm tiles use 12mm notch or back-butter tiles as well. Always achieve minimum 80% adhesive coverage (95% in wet areas).

Can I tile over existing floor tiles?

Yes, if existing tiles are firmly bonded, level, and in good condition. The existing surface must be cleaned and primed or abraded for adhesion. Check floor height will not cause issues with door clearances or transitions. Use a suitable flexible adhesive designed for tile-on-tile application.

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