Welding SWMS Templates
MIG, TIG, stick, pipe, and site welding SWMS. Covers oxy-acetylene, plasma cutting, robotic cells, and galvanised / stainless work.
About these SWMS
Welding SWMS templates cover hot work activities including MIG, TIG, stick (MMAW), oxy-acetylene, plasma cutting, and pipe welding across workshop, construction, and field environments. These templates align with WHS Regulation 2025 Part 4.4 (hazardous chemicals), Part 4.1 (noise), and the Welding Processes Code of Practice, alongside AS/NZS 1674.1 (Safety in welding and allied processes — Fire precautions) and AS/NZS 1674.2 (Electrical). Welding is classified as high-risk construction work under WHS Regulation Schedule 3 when conducted near energised services or in confined spaces, mandating a documented SWMS before any hot work commences. Templates address fume extraction, UV/IR radiation, hexavalent chromium exposure from stainless steel, and zinc fume from galvanised substrates.
What this category covers
- ✓MIG (GMAW) welding on carbon steel and aluminium structures
- ✓TIG (GTAW) welding on stainless steel and exotic alloys
- ✓Stick (MMAW) welding for site and structural fabrication
- ✓Oxy-acetylene cutting, heating, and brazing operations
- ✓Plasma arc cutting of plate and structural sections
- ✓Pipe welding including pre-heat and post-weld heat treatment
- ✓Hot work on galvanised steel with zinc fume controls
- ✓Welding stainless steel with hexavalent chromium controls
- ✓Robotic and automated welding cell operation and maintenance
- ✓Confined space welding with atmospheric monitoring
- ✓Welding at heights on structural steel and pipework
- ✓Tack welding, grinding, and weld preparation activities
13 SWMS in this category
13 ready-to-buy editable DOCXs · 8 state variants per product · delivered within 24 hours of payment.
🔥Welding SWMS
MIG, TIG, stick, and oxy welding on structural steel, pipework, and fabrication on site and in workshops.
🔥Field Welding — Construction Site SWMS
This SWMS covers field welding — construction site activities, addressing the specific hazards, risk controls and safe work procedures requi…
🔥Galvanised Steel Welding SWMS
This SWMS covers galvanised steel welding activities, addressing the specific hazards, risk controls and safe work procedures required under…
🔥Grinding & Deburring Metal SWMS
This SWMS covers grinding & deburring metal activities, addressing the specific hazards, risk controls and safe work procedures required und…
🔥MIG Welding (GMAW) SWMS
This SWMS covers mig welding (gmaw) activities, addressing the specific hazards, risk controls and safe work procedures required under WHS R…
🔥Oxy-Acetylene Cutting SWMS
This SWMS covers oxy-acetylene cutting activities, addressing the specific hazards, risk controls and safe work procedures required under WH…
🔥Pipe Welding SWMS
This SWMS covers pipe welding activities, addressing the specific hazards, risk controls and safe work procedures required under WHS Regulat…
🔥Plasma Cutting SWMS
This SWMS covers plasma cutting activities, addressing the specific hazards, risk controls and safe work procedures required under WHS Regul…
🔥Robotic / Automated Welding Cell SWMS
SWMS template for robotic / automated welding cell. Covers Robot cell, light curtains, LOTO. 8-state AU coverage, CIH-reviewed editable DOCX…
🔥Stainless Steel Welding SWMS
This SWMS covers stainless steel welding activities, addressing the specific hazards, risk controls and safe work procedures required under …
🔥Stick Welding (MMAW) SWMS
This SWMS covers stick welding (mmaw) activities, addressing the specific hazards, risk controls and safe work procedures required under WHS…
🔥Thermite / Aluminothermic Welding SWMS
SWMS template for thermite / aluminothermic welding. Covers Cad-weld bonding for earthing, rail crossover.. 8-state AU coverage, CIH-reviewe…
🔥TIG Welding (GTAW) SWMS
This SWMS covers tig welding (gtaw) activities, addressing the specific hazards, risk controls and safe work procedures required under WHS R…
Applicable standards & regulations
Frequently asked questions
Is welding classified as high-risk construction work requiring a SWMS in Australia?
Welding becomes high-risk construction work (HRCW) under WHS Regulation 2025 Schedule 3 when performed in or near a confined space, on or near energised electrical installations, at heights above 2 metres, or where there is a risk of falling more than 2 metres. In these scenarios a SWMS is mandatory before work starts. General workshop welding outside HRCW triggers still requires a documented risk assessment under WHS Regulation Part 3.1, and most principal contractors require a SWMS regardless of HRCW classification.
What are the exposure limits for welding fume in Australia in 2024?
Safe Work Australia reduced the workplace exposure standard for welding fume (not otherwise classified) to 1 mg/m³ (8-hour TWA) as an inhalable fraction, effective 2024. Welding fume is now classified as a Group 1 human carcinogen by IARC. Additional limits apply to specific constituents — hexavalent chromium (0.05 mg/m³), manganese (0.02 mg/m³ respirable), and nickel. SWMS must specify local exhaust ventilation, on-tool extraction, or respiratory protection per AS/NZS 1715 to maintain exposures below these limits.
Do I need a hot work permit in addition to a SWMS for welding?
Yes, in most circumstances. A SWMS documents the safe method for the welding task, while a hot work permit is a site-specific authorisation issued for a defined time window confirming fire precautions are in place. AS/NZS 1674.1 requires permits for hot work outside designated welding bays, particularly near combustibles, in roof spaces, or on tanks and pipework. Principal contractors typically mandate both documents — the SWMS is the procedural standard, the permit is the authorisation to proceed on a given day.
What controls are required for welding galvanised or stainless steel?
Welding galvanised steel releases zinc oxide fume causing metal fume fever; stainless steel welding produces hexavalent chromium and nickel — both Schedule 14 hazardous chemicals under WHS Regulation 2025. Required controls include mechanical removal of zinc coating from the weld zone where practicable, on-tool fume extraction or local exhaust ventilation meeting AS 3853, powered air-purifying respirators (PAPR) for confined or poorly ventilated work, and health surveillance per WHS Regulation 435 where exposure cannot be reliably maintained below the exposure standard.
What's the difference between a welding SWMS and a JSA?
A SWMS (Safe Work Method Statement) is a regulated document required under WHS Regulation 2025 sections 299-300 for high-risk construction work, including specified welding activities. It must identify HRCW, hazards, control measures, and how controls will be implemented, monitored, and reviewed. A JSA (Job Safety Analysis) is a broader risk assessment tool not specifically defined in regulation. For welding HRCW, only a SWMS satisfies the legal duty — a JSA alone is non-compliant when HRCW triggers apply.