RAMS for Dry Liners
Generate compliant risk assessments for metal stud partitioning, plasterboard installation, and suspended ceiling work in under 2 minutes. COSHH, WAHR, and CDM cited automatically.
Built with UK health & safety regulations in mind
Free Dry Liners RAMS Template
A blank dry liners risk assessment and method statement template — with the 5×5 risk matrix, the construction hazards to consider for this trade, and the relevant UK legislation already listed. Fill it in by hand, or generate a completed one in two minutes.
Or skip the blank page — generate a filled-in Dry Liners RAMS in 2 minutes →
What a completed dry liners RAMS looks like — generated in under 2 minutes
Drylining is one of the most physically demanding trades in construction. Operatives handle heavy plasterboard sheets (standard boards weigh 25kg, fire-rated boards over 35kg) repeatedly throughout the day, often overhead for ceiling work. The combination of heavy manual handling, sustained overhead work, and dust generation creates a specific hazard profile that generic construction RAMS do not adequately address.
Principal contractors require RAMS that cover the specific drylining task: metal stud partitions have different hazards to ceiling boarding. Fire-rated enclosures use heavier boards with more layers. Acoustic partitions introduce mineral wool dust as an additional COSHH hazard.
swiftRMS generates dry liner RAMS in under 2 minutes with correct manual handling assessments for your board type, dust controls, and work at height requirements for your access equipment.
What Dry Liners RAMS Must Include
Compliant risk assessments for dry liners work must cover these specific areas
Manual handling assessment for board weights
Under MHOR 1992 the RAMS must state the board type and weight in use, and the matching controls: board lifters for ceilings, panel carriers for distribution, two-person lifts for fire-rated and cement boards, and planned storage to minimise carry distances.
Dust controls for cutting and sanding
Score-and-snap must be the default cutting method. Where power cutting or sanding is needed, the RAMS must specify on-tool extraction and RPE for gypsum dust, and wet cutting or extraction with FFP3 RPE for cement boards, which release silica with a WEL of 0.1mg/m³.
Access equipment and work at height
Ceiling boarding and high-level partitions fall under WAHR 2005. The RAMS must name the access equipment — podium steps, hop-ups with guardrails, tower scaffolds, or MEWPs — and rule out stepladders as working platforms for two-handed overhead boarding.
PUWER controls for tools and board lifters
Collated screw guns, cutting tools, laser levels, and board lifters fall under PUWER 1998. The RAMS must cover pre-use checks, maintenance, safe working load of board lifters, and 110V or battery power on construction sites.
Musculoskeletal and repetitive strain controls
Sustained overhead fixing, repetitive screwing, and awkward postures cause cumulative injury. The RAMS should document job rotation, rest breaks, board lifters to remove overhead holding, and pole sanders to reduce overhead sanding strain.
Noise controls
Power drivers, cutting equipment, and other trades in shared fit-out areas create noise exposure. Under the Control of Noise at Work Regulations 2005, the RAMS must assess exposure and specify hearing protection where action values may be exceeded.
COSHH assessment for compounds and insulation
Joint compounds, adhesives, and mineral wool insulation are COSHH substances. Each needs an assessment from the manufacturer's safety data sheet, with gloves and eye protection for compounds and RPE plus skin covering when handling mineral wool.
Common Dry Liners Tasks That Require RAMS
Generate RAMS for any of these tasks in minutes, not hours
Metal stud partitioning
Setting out, fixing track and stud, forming openings, and bracing. Hazards include lacerations from cut metal edges, noise from powder-actuated or drill fixings into soffits, and work at height on full-height partitions. Cut-resistant gloves and eye protection required.
Wall boarding
Lifting, positioning, and screwing off plasterboard to stud. Repetitive manual handling of 25kg+ boards, dust from cutting service penetrations, and trip hazards from off-cuts. Panel carriers and good housekeeping are core controls.
Ceiling boarding
Overhead fixing of boards to MF ceilings or joists. The highest-strain drylining task: board lifters remove the overhead hold, podiums or towers provide the platform under WAHR 2005, and rotation limits sustained overhead work.
Suspended ceiling grid installation
Installing grid systems and tiles at height, coordinating around live M&E services. Working from towers or MEWPs, manual handling of grid bundles, eye injury risk from overhead drilling, and isolation checks before working near services.
Fire-rated enclosures and shaft walls
Multi-layer fire-rated boarding to protect structure and escape routes. Boards over 35kg demand two-person handling or mechanical aids, and fire-stopping details must match the tested system. Compliance with Approved Document B is a contractual essential.
Acoustic partitions and linings
Multi-layer boards, resilient bars, and mineral wool insulation. The added layers multiply manual handling exposure, and mineral wool requires COSHH controls: gloves, long sleeves, RPE when cutting, and washing facilities to manage skin irritation.
Taping, jointing, and sanding
Applying tape and joint compound, then sanding to a finish. Sanding generates fine gypsum dust: pole sanders with extraction or vacuum-backed hand sanders, RPE where extraction is impractical, and segregation from other trades during sanding.
Writing a RAMS for one of these jobs?
Describe the task in plain English and get a complete dry liners RAMS — hazards, controls, and the legislation below already cited — in about 2 minutes.
UK Legislation for Dry Liners Risk Assessments
Every RAMS automatically cites the relevant UK legislation and industry standards
COSHH Regulations 2002
Covers gypsum dust from cutting and sanding, silica dust from cement boards (WEL 0.1mg/m³), joint compounds, adhesives, and mineral wool. Each substance requires assessment, exposure control, and PPE, documented in or alongside the RAMS.
Work at Height Regulations 2005 (WAHR)
Applies to ceiling boarding, bulkheads, high-level partitions, and suspended ceiling work. Equipment must suit the task: podiums and guardrailed hop-ups at standard heights, towers or MEWPs above, with collective protection preferred over personal measures.
Manual Handling Operations Regulations 1992 (MHOR)
The trade's defining regulation. Standard plasterboard at 25kg or more, fire-rated boards over 35kg, and cement boards all require assessment, with board lifters, panel carriers, and two-person lifts as the standard controls.
Provision and Use of Work Equipment Regulations 1998 (PUWER)
Applies to board lifters, collated screw guns, routers, and cutting equipment. Equipment must be suitable, maintained, and inspected, with operatives trained in use and board lifter safe working loads respected.
CDM Regulations 2015
Drylining is construction work under CDM 2015, almost always delivered under a principal contractor on fit-out and new-build projects. Site-specific RAMS are required at induction, and the dry liner's method statement feeds into the construction phase plan.
Control of Noise at Work Regulations 2005
Power drivers, cutting tools, and surrounding trades on fit-out sites can push daily noise exposure past the lower action value of 80dB(A). Employers must assess exposure, provide hearing protection, and enforce its use above the upper action value.
Health and Safety at Work etc. Act 1974 (HASAWA)
The overarching duty of care for employers and the self-employed. Combined with the risk assessment duty in the Management of Health and Safety at Work Regulations 1999, it is the legal foundation every drylining RAMS is built on.
How swiftRMS Generates Dry Liners RAMS
swiftRMS asks you to describe the drylining task in plain English: the system being installed, the board type and weight, the ceiling height, and the access equipment on site. The AI identifies the trade-specific hazards — board handling, gypsum and silica dust, overhead work, cut metal — and matches each to recognised controls.
The document cites COSHH 2002, WAHR 2005, MHOR 1992, and CDM 2015 where they apply, and is ready for review as a formatted PDF in around 2 minutes. Check it against the site rules, adjust anything specific, then sign and submit at induction.
Frequently Asked Questions
Under MHOR 1992 guidelines, the maximum weight for individual handling at waist height is approximately 25kg. Standard 12.5mm plasterboard (2400x1200mm) weighs about 22kg, which is manageable but repetitive handling increases risk. Fire-rated boards (15mm or double layer) exceed single-person handling limits. Board lifters and two-person handling should be used for heavier boards and all ceiling work.
Score-and-snap produces minimal dust and should be used wherever possible. Power cutting generates gypsum dust (WEL 10mg/m³ inhalable, 4mg/m³ respirable). On-tool extraction should be used for power cutting. RPE (FFP2) is required when extraction is not available. Cement-based boards generate silica dust (WEL 0.1mg/m³) and require wet cutting or extraction with FFP3 RPE.
Under WAHR 2005, the access equipment must be appropriate to the task. For ceiling boarding at standard heights (2.4-3m), low-level podium steps or hop-ups with guardrails are preferred. For higher ceilings, tower scaffolds or MEWP are required. Stepladders are not suitable as a working platform for overhead boarding work due to the need for both hands and the forces involved.
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