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Hot Works (Cutting, Welding, Brazing) SWMS Templates

Hot-works SWMS — cutting, grinding, brazing, oxy-acetylene, plasma cutting, and welding that requires a hot-works permit. AS 1674 safety in welding and Welding Fume CoP. Fire watch, atmospheric assessment, and isolation of combustibles covered.

⚖️WHS Regulation 2025 & Codes of Practice — legally binding from 1 July 2026 (s26A)
👷Reviewed by certified occupational health and safety professionals
🗺️State-specific variants for all 8 Australian jurisdictions

About these SWMS

Hot-works SWMS cover cutting, grinding, brazing, oxy-acetylene work, plasma cutting and welding activities that introduce ignition sources, welding fume, and ultraviolet radiation into a workplace. These templates align with WHS Regulation 2025 Part 3.1 (managing risks) and Part 7.1 (hazardous chemicals), AS 1674.1 (safety in welding — fire precautions) and AS 1674.2 (electrical), and the Safe Work Australia Code of Practice: Welding Processes. They also reference the Code of Practice for Managing Risks of Hazardous Chemicals in the Workplace where coatings, galvanising, or alloy fumes are involved. Use this category if your crews require hot-works permits, fire watch procedures, atmospheric monitoring, or controls for carcinogenic welding fume.

What this category covers

  • Oxy-acetylene cutting and brazing with gas cylinder handling
  • MIG, TIG, MMAW and FCAW arc welding on structural steel
  • Plasma cutting of mild steel, stainless and aluminium plate
  • Abrasive disc cutting and grinding generating sparks and slag
  • Hot-works permit issue, fire watch and post-work monitoring
  • Welding fume capture, local exhaust ventilation and respiratory protection
  • Welding on galvanised, painted or coated surfaces with coating removal
  • Stainless and cobalt alloy welding with hexavalent chromium controls
  • Isolation of combustibles, fuel lines and flammable atmospheres
  • UV arc-eye and skin burn protection for welders and bystanders
  • Confined space hot work with atmospheric testing and rescue plan
  • Cylinder storage, flashback arrestor checks and gas leak response
CIH-reviewed SWMS library

8 SWMS in this category

8 ready-to-buy editable DOCXs · 8 state variants per product · delivered within 24 hours of payment.

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🔥Aluminium Welding Fume SWMS

Aluminium MIG and TIG welding — aluminium oxide and ozone fume controls, ventilation, RPE selection for aluminium-specific hazards.

$99 AUDINSTANT
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🔥Cobalt Alloy Welding SWMS

Welding, cutting, and grinding cobalt-containing alloys including stellite, tool steel, and hard-metal components. Respiratory sensitisation…

$199 AUDINSTANT
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🔥Galvanised Steel Welding SWMS

Welding and cutting galvanised, zinc-coated, and zinc-alloy steel. Metal fume fever prevention, zinc oxide controls, emergency response.

$99 AUDINSTANT
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🔥Mild Steel Welding Fume SWMS

Mild steel MIG, TIG, MMA, and flux-core welding. Iron oxide fume and manganese controls, ventilation hierarchy, RPE selection.

$99 AUDINSTANT
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🔥Stainless Steel Welding Fume SWMS

Stainless steel welding — hexavalent chromium (Cr VI) and nickel compound controls, LEV design, biological monitoring, health surveillance.

$99 AUDINSTANT
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🔆UV Radiation from Welding SWMS

UV and optical radiation hazard from welding arcs — arc eye, welder's flash, skin burn, bystander exposure controls and shade lens selection…

$99 AUDINSTANT
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🔥Welding on Painted Surfaces SWMS

Welding and thermal cutting on painted, coated, or chemically treated steel — lead paint, epoxy, zinc-rich primer and polyurethane hazards.

$149 AUDINSTANT
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🔥Welding Fume SWMS

General welding fume exposure controls applicable to all welding processes and base metals. Covers ventilation, RPE, biological monitoring a…

$99 AUDINSTANT
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Applicable standards & regulations

AS 1674.1 Safety in welding and allied processes — Fire precautions
Sets mandatory hot-work permit, fire watch, combustible clearance and post-work observation requirements before, during and after any cutting or welding activity.
AS 1674.2 Safety in welding and allied processes — Electrical
Specifies electrical safety duties for arc welding plant, including earthing, voltage reduction devices, lead condition and protection against electric shock.
Safe Work Australia Code of Practice: Welding Processes
Triggers PCBU duties to assess welding fume exposure against workplace exposure standards under WHS Regulation 2025 Part 7.1 and select fume controls.
WHS Regulation 2025 Part 3.1 and Part 7.1 — Hazardous chemicals
Requires risk assessment, exposure monitoring and health surveillance for welding fume now classified as a Group 1 carcinogen by IARC.

Frequently asked questions

Is welding or hot work classified as high-risk construction work requiring a SWMS?

Welding and hot work are not automatically listed as High-Risk Construction Work under WHS Regulation 2025 Schedule 3, but a SWMS is still required when hot work is performed in or near a confined space, at heights above two metres, on energised electrical installations, or where there is a risk of fire or explosion. Most commercial sites also require a SWMS as a contractor pre-qualification condition, and AS 1674.1 mandates a documented hot-works permit before ignition sources are introduced.

Do I need a separate SWMS for welding fume if my general welding SWMS already exists?

Yes — welding fume was reclassified by IARC as a Group 1 human carcinogen, and Safe Work Australia has tightened the workplace exposure standard. A fume-specific SWMS documents local exhaust ventilation, on-tool extraction, respiratory protection selection under AS/NZS 1715 and 1716, and health surveillance under WHS Regulation 2025 Schedule 14. Different base metals (stainless, galvanised, aluminium, cobalt alloys) generate different hazards, so most PCBUs maintain a parent welding SWMS plus material-specific fume addenda.

What does a hot-works permit need to include under Australian standards?

Under AS 1674.1, a hot-works permit must identify the work location, the personnel authorised, the duration and expiry of the permit, the combustibles within a 15-metre radius, fire watch arrangements during work and for at least 60 minutes afterward, available extinguishers, atmospheric testing where flammable vapours may be present, and isolation of fuel sources. The permit must be signed by an authorised issuer and displayed at the work area while hot work is underway.

Are state-specific hot works SWMS needed for NSW, Victoria, Queensland and WA?

The model WHS Regulation 2025 is adopted across all jurisdictions except Victoria, which operates under the OHS Act 2004 and OHS Regulations 2017. Victorian SWMS must reference Victorian equivalents and Worksafe Victoria compliance codes. Western Australia, NSW, Queensland, SA, Tasmania, ACT and NT use harmonised WHS Regulations. A well-structured hot-works SWMS cites both the model regulation and AS 1674, then notes the relevant jurisdictional regulator, so a single template can serve nationally with minor jurisdictional headers.

What is the difference between a hot-works SWMS and a hot-works permit?

A SWMS is a project-level document prepared by the PCBU performing the work, identifying hazards, risk controls, training and consultation under WHS Regulation 2025 sections 299–303. A hot-works permit is a site-specific, time-limited authorisation issued by the site controller under AS 1674.1 immediately before ignition sources are introduced. The SWMS sets out how hot work will be controlled generally; the permit confirms that those controls are in place for this specific area, today, for this defined window.

Hot Works (Cutting, Welding, Brazing) SWMS

Editable DOCX templates, 8 state variants per product, CIH-reviewed.

Browse all SWMS