Flooring Installation — Safe Work Method Statement
Safe Work Method Statement for the installation of floating floors, direct-stick timber, vinyl plank (LVP/SPC), and engineered flooring systems, including adhesive handling, subfloor preparation, and cutting operations, in compliance with Australian WHS legislation.
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Flooring installation is not inherently classified as High Risk Construction Work under the model WHS Regulations, but it regularly involves hazardous tasks that require careful risk management. The most significant health risks are from chemical adhesive exposure — solvent-based contact adhesives and two-part polyurethane adhesives used in direct-stick flooring can contain isocyanates, n-hexane, and other substances with occupational exposure standards well below their odour thresholds. Safety Data Sheets must be obtained for all adhesive products before work commences, and the ventilation requirements specified in the SDS must be implemented, typically meaning forced fresh air supply when working in enclosed areas. Respiratory protection appropriate for the specific solvent or isocyanate present is required where ventilation alone cannot achieve acceptable exposure levels.
Respirable crystalline silica (RCS) is a significant hazard in subfloor preparation. Grinding, scarifying, or shot-blasting concrete substrates to achieve the required surface profile generates RCS dust at concentrations far above the 0.05 mg/m³ TWA exposure standard. Wet grinding or integrated dust extraction rated H-class (for hazardous dust) is mandatory for all concrete substrate preparation work under the WHS Regulations' hazardous dust provisions. Workers must not use dry grinding methods on concrete without engineering controls.
Engineered wood flooring products may contain formaldehyde-based adhesives in their construction; cutting operations with power saws release formaldehyde vapour and wood dust. Cutting should be performed outdoors or in well-ventilated areas, and a P2 dust mask is the minimum respiratory protection for cutting MDF, particleboard, or engineered timber products. Flooring installation also involves significant manual handling risk from carrying and positioning heavy planks and substrates, and a manual handling risk assessment should accompany this SWMS for large installations.
Customise this template by documenting the specific adhesive products and their SDS references, the substrate preparation method and equipment, the ventilation arrangements, and the dust suppression controls for cutting. Record the floor area and likely adhesive quantities to assist in assessing vapour accumulation risk.
Personal Protective Equipment
High Risk Construction Work Types
- •Work involving the disturbance of a structure or part of a structure that contains or is likely to contain asbestos
Risk Assessment
1.Subfloor assessment and preparation
| Hazard / Risk | Initial Risk | Control Measures | Residual Risk | Responsibility |
|---|---|---|---|---|
| Asbestos exposure during removal of old vinyl or adhesive from subfloor | Catastrophic | Pre-1990 vinyl tiles, vinyl sheet, and adhesive (black "cutback" adhesive) are presumed to contain asbestos and must be tested before any removal, sanding, or grinding. Obtain an asbestos assessment from a licensed asbestos assessor before any subfloor preparation commences. Do not sand, grind, or mechanically remove any material presumed to contain asbestos — this requires a licensed asbestos removalist. If asbestos is confirmed in adhesive, use a wet encapsulation method or full removal by a licensed contractor. Never dry-sand any legacy flooring adhesive on a subfloor. | Low | Site Supervisor / Asbestos Assessor |
| Silica dust inhalation during concrete subfloor grinding | High | All concrete subfloor grinding must use a vacuum shroud connected to a HEPA-filtered dust extractor. Wet grinding with continuous water is preferred where the equipment permits. Operators must wear a minimum P2 half-face respirator; PAPR is recommended for prolonged grinding. Establish a restricted entry zone for the grinding area and enforce respiratory protection within it. Never dry-grind concrete subfloors without dust extraction. | Moderate | Floor Layer / Safety Officer |
2.Adhesive application for direct-stick flooring
| Hazard / Risk | Initial Risk | Control Measures | Residual Risk | Responsibility |
|---|---|---|---|---|
| Skin sensitisation and respiratory effects from flooring adhesive VOCs | High | Review the adhesive SDS before use. Many flooring adhesives contain solvents or isocyanates that are respiratory sensitisers or toxic by inhalation. Ensure cross-ventilation with a minimum of 6 air changes per hour, or use forced mechanical ventilation. Wear a half-face respirator with OV/P2 combination cartridges when using solvent-based or two-part adhesives. Wear nitrile or PVC chemical-resistant gloves throughout application. Do not eat, drink, or smoke in adhesive application areas. Keep ignition sources away from solvent-based adhesives. | Moderate | Floor Layer / Safety Officer |
3.Cutting flooring boards and panels
| Hazard / Risk | Initial Risk | Control Measures | Residual Risk | Responsibility |
|---|---|---|---|---|
| Laceration or amputation from power saw during cutting | High | Use a purpose-built compound mitre saw or table saw with blade guard in place for all flooring board cuts. Inspect the saw blade before use — replace blunt or damaged blades. Keep hands a minimum of 150 mm from the blade path. Use a push stick or push block for ripping cuts narrower than 150 mm. Never reach across or behind the blade. Wear safety glasses at all times when using power saws. Ensure the workpiece is fully supported on both sides of the cut to prevent binding. Never remove the blade guard. | Low | Floor Layer |
| Dust inhalation from cutting timber or composite flooring products | Moderate | Connect a dust extraction bag or HEPA vacuum to the saw during all cutting. Position the cut-off saw outdoors or in a well-ventilated area. Wear a P2 disposable respirator when cutting MDF-core, composite, or engineered timber products, which may contain formaldehyde-based binders. Do not use compressed air to clean saw dust — use a vacuum. Dispose of sawdust in a sealed bag in general waste (unless laminate products require specific disposal per the SDS). | Low | Floor Layer |
4.Manual handling during flooring installation
| Hazard / Risk | Initial Risk | Control Measures | Residual Risk | Responsibility |
|---|---|---|---|---|
| Musculoskeletal injury from sustained kneeling and floor-level work | High | Wear knee pads rated for construction use throughout all floor-level work. Use a kneeler board or foam kneeling mat as additional protection. Where possible, pre-assemble flooring rows in a standing position before positioning. Take regular standing breaks — minimum every 30 minutes for kneeling work. Alternate tasks to vary posture. Report any knee pain or discomfort to the site supervisor immediately. Stretch calf, quadricep, and lower back muscles during rest breaks. | Moderate | Floor Layer |
5.Transition installation and final finishing
| Hazard / Risk | Initial Risk | Control Measures | Residual Risk | Responsibility |
|---|---|---|---|---|
| Puncture injury from nail gun or brad nailer misfire | High | Inspect the nail gun before use for damage and correct operation. Load fasteners as per the manufacturer's instructions. Never point a nail gun towards any person. Keep the trigger safety in the safe position until ready to fire. Use a contiguous contact trigger (single-fire mode) rather than a bump-fire mode for all flooring nailers. Wear safety glasses at all times. Disconnect the nail gun from the air supply before clearing jams or performing any maintenance. Never use a nail gun for tasks other than its intended purpose. | Low | Floor Layer |
Relevant Codes of Practice
Worker Acknowledgement
By signing below, I confirm that I have read, understood and agree to comply with this Safe Work Method Statement.