RAMS for Dry Lining (UK)
By the Riskora Editorial Team · Reviewed against our editorial standards · Last reviewed
Dry lining looks low-risk but combines repetitive heavy lifting of plasterboard, gypsum dust during cutting and sanding, sustained overhead work, and increasingly working at height for high-bay partitions. Riskora generates a structured dry-lining RAMS that addresses these properly.
UK (RAMS) example document — Two-Storey Rear Extension — 14 Birchwood Lane, Reading. Client: Mr & Mrs A. Whitfield (Private Client). Site: 14 Birchwood Lane, Reading, RG1 5JT. Scope: Construction of a two-storey rear extension (6.4m × 4.2m) to an existing semi-detached dwelling. Works comprise breaking out of existing rear elevation, trench-fill foundations to 1.0m, traditional cavity blockwork to first floor, pre-stressed concrete lintels, timber roof structure with natural slate finish, plus alterations to existing rear wall to form structural opening with rolled steel joist (RSJ 203×102 UB23). Works programmed over 9 weeks with a peak site team of 6 operatives. Hazards assessed: Manual handling — blocks, lintels, plasterboard, Working at height — independent scaffold & roof structure, Buried services strike during excavation, Collapse of excavation / trench wall, Hand-arm vibration (HAVS) — breaking out, drilling, Silica dust — cutting blocks, brick, concrete, Vehicle/pedestrian segregation — narrow domestic street.
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What should a dry lining RAMS cover?
A dry-lining RAMS must cover manual handling of plasterboard (standard sheets are around 25kg, 12.5mm × 1.2 × 2.4m, with two-person lift required for most positions), gypsum dust controls during cutting and especially sanding (HSG258 references, on-tool extraction or wet sanding), silica content of joint compounds and sanding by-product, working at height for partitions above 2m (hop-ups, podiums, towers), repetitive-motion injury from screw-fixing, and eye protection for overhead work.
Dry Liners Carry the Highest MSD Burden in UK Construction
HSE statistics on work-related ill health show plasterers and dry liners carry one of the highest rates of musculoskeletal injury in the construction sector — driven by repetitive lifting of plasterboard, sustained overhead work for ceiling boards, and screw-fixing volume. Add gypsum and joint-compound dust, and dry lining is genuinely a higher-health-risk trade than its reputation suggests. A generic interior-fit-out RAMS rarely addresses the manual-handling specifics or the dust controls in the detail required. UK risk-assessment law requires the RAMS to address the actual hazards, ranked by consequence.
HSE's HSG258 includes specific guidance on dust from gypsum and joint compounds. RAMS that don't specify on-tool extraction or wet sanding for any non-trivial sanding operation will not meet the COSHH 'as low as reasonably practicable' test.
How Riskora Helps
Riskora's dry-lining preset loads manual-handling controls for standard and fire-rated boards (heavier and denser), dust controls per HSG258 for cutting and sanding, working-at-height controls for partitions and ceilings above standard reach, repetitive-motion controls for screw-fixing volume, and joint-compound COSHH lines.
Who it's for
- Dry-lining subcontractors on commercial fit-outs
- Partition specialists on office and education refurbishments
- Drywall contractors on residential new-build apartments
- Specialist firms doing acoustic, fire-rated and high-performance partition systems
Understand the Fundamentals
Before you generate your document, these guides cover the knowledge that underpins every good RAMS, risk assessment, and method statement.
What Is a RAMS Document?
Understand the two components of a RAMS and how they apply to dry-lining and plasterboard work.
How to Write a RAMS Document
Step-by-step guide to structuring your RAMS from project details through to sign-off.
UK Legal Requirements for Risk Assessments
How COSHH 2002 and the Manual Handling Operations Regulations apply to dry-lining trades.
Key Risks and Considerations
- •Manual-handling injury from plasterboard (25kg+ standard, 35kg+ fire-rated)
- •Gypsum dust exposure during cutting and especially sanding
- •Respirable crystalline silica from some joint compounds
- •Repetitive-motion injury from screw-fixing volume
- •Falls from hop-ups, podiums and tower scaffolds
- •Eye injury from overhead screw-fixing and dust
- •Cuts from cutting blades and metal stud edges
- •Slip and trip from offcuts and screws on the floor
What UK Law Actually Says
Direct quotes from the named regulations, with plain-English explanations of what each one means in practice.
Regulation 7, Control of Substances Hazardous to Health Regulations 2002 (COSHH)
“Every employer shall prevent or, where this is not reasonably practicable, adequately control the exposure of his employees to substances hazardous to health.”
COSHH Reg 7 is why dry-sanding plasterboard joints without on-tool extraction is non-compliant. Gypsum is a Workplace Exposure Limit (WEL) substance and joint compound often contains respirable crystalline silica — the RAMS must specify M-class extraction or wet sanding, not 'as far as possible'.
Read the source on legislation.gov.uk →Regulation 4, Manual Handling Operations Regulations 1992
“Each employer shall, so far as is reasonably practicable, avoid the need for his employees to undertake any manual handling operations at work which involve a risk of their being injured.”
MHOR 1992 Reg 4 is the regulation behind the two-person plasterboard lift. Standard 12.5 mm board exceeds the HSE single-handler limit at most working heights — the RAMS must record the team lift, board lifter, or panel hoist used.
Read the source on legislation.gov.uk →HSG258 — Controlling airborne contaminants at work
“Local exhaust ventilation must be designed to capture contaminant at source; tool-mounted extraction is the preferred control for portable powered tools generating dust.”
HSG258 is the technical standard COSHH inspectors apply to dust control. For drywall sanding the RAMS must name the sander model, the extractor class (M or H), and confirm dust-class compatibility — generic 'use a vacuum' wording fails inspection.
Read the source on legislation.gov.uk →Plasterboard Weight & Handling — Quick Reference
The standard plasterboard sheet size in the UK is 1.2 × 2.4 m. Weight varies with type and thickness — and the team-lift decision turns on the actual board, not the activity name. The table below summarises the common categories.
| Board type | Thickness | Sheet weight | Lifting requirement |
|---|---|---|---|
| Standard wallboard | 12.5 mm | ~25 kg | Two-person lift above waist; board lifter for ceilings |
| Moisture-resistant | 12.5 mm | ~28 kg | Two-person lift; mechanical aid recommended |
| Fire-rated (Type F) | 15 mm | ~35 kg | Two-person lift mandatory; panel hoist for ceilings |
| Acoustic / dense-core | 15 mm | ~40+ kg | Mechanical aid required; team lift only as backup |
Sources: HSE MHOR 1992 guidance; British Gypsum & Knauf data sheets (2024); HSE Manual Handling Assessment Charts (MAC tool). Original synthesis — confirm against manufacturer data for the exact specification.
Key Features
- Plasterboard manual-handling controls (two-person lift, mechanical aids)
- Gypsum and joint-compound dust controls (HSG258)
- Working-at-height for partitions above standard reach
- Repetitive-motion controls for screw-fixing
- Fire-rated and acoustic board-specific controls
- Eye protection for overhead work
Example Structure (UK Standard)
- Project Details and Scope (partition type, area, board specification)
- Risk Assessment — Manual Handling, Dust, Falls, MSD
- Method Statement — Stud Layout, Service Routing, Boarding, Tape & Joint, Sanding
- Manual-Handling Plan (two-person lift, mechanical aids)
- Dust Control Plan (on-tool extraction, wet sanding, RPE selection)
- Working-at-Height Plan for High Partitions
- PPE Schedule and Sign-Off
Common Questions Before Getting Started
Will this take long?
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All documents generated by Riskora should be reviewed by a competent person before use on site. Riskora provides structured templates — professional judgement is always required.
What your RAMS actually contains
Riskora builds a structured, client-facing document — not a generic AI paragraph. Every section is shaped around your job, your site and your team.
Hazards
Task-specific hazards for the job, captured row by row — not a generic list pulled from an old RAMS.
Controls
Control measures mapped to each hazard with residual risk scoring after controls are applied.
PPE
PPE requirements tied to the activity and site, ready to brief to the team.
Method steps
Step-by-step method statement structured around how the work is actually sequenced on site.
Emergency arrangements
First aid, rescue plan, emergency contacts and site-specific escalation routes.
COSHH prompts
Substance prompts when the work involves chemicals, dusts, fumes or sealants — flagged early, not missed at review.
Sign-off
Operative sign-off captured against the document — names, dates and acknowledgement of the brief.
Version history
Every change tracked so you can show what was issued, when, and which version the team signed.
Approval status
Clear approval state on every document — draft, in review, approved, issued — visible across the team.
Audit trail
Who created it, who reviewed it, who signed it. A complete trail you can hand to a principal contractor or auditor.
From copied-and-pasted to site-specific
The reason RAMS get rejected is rarely the format — it's that the document is obviously generic. Riskora rebuilds it around this job, this site and this task.
Generic template copied from an old job.
- • Hazards and controls that don't match this site or task.
- • Method steps written for a different sequence of work.
- • No emergency arrangements specific to the location.
- • Client flags it as generic and asks for a rewrite.
Site-specific document structured around this job, site and task.
- • Hazards captured from the actual scope you pasted in.
- • Method steps sequenced for how the work runs on site.
- • Emergency arrangements and rescue plan tied to the location.
- • Approved internally, briefed to the team, signed off and stored.
From job details to signed-off document
A four-step workflow used by contractors, consultants and safety teams to turn informal job details into client-ready safety paperwork.
- 1Paste job details
Drop in a client email, a WhatsApp from the site manager, a scope of works or a tender note. Anything that describes the job.
- 2Riskora structures the document
Riskora turns your brief into hazards, controls, method steps, PPE, emergency arrangements and COSHH prompts.
- 3Review, edit and download
You stay in control of every section. Tweak anything, then download a clean PDF or share a link.
- 4Brief the team and record sign-off
Brief operatives, capture their sign-off and keep a full audit trail of who signed which version.
Built by people who've written this paperwork on real sites
Riskora is built by a founder with hands-on site and document experience — designed for contractors, consultants and safety teams who need to issue, brief and prove safety paperwork without losing a day to admin.
- Built for contractors, consultants and teams
Solo trades, principal contractors and in-house safety teams all run on the same workflow. - Supports multiple countries
UK, Ireland, Australia, New Zealand, US and Canada — wording and document types match the local standard. - Not just documents
Sign-off, approvals, version history and an audit trail — the management workflow around the paperwork.
Frequently Asked Questions
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References & Further Reading
Primary UK sources covering the legal and practical framework behind RAMS, risk assessments and method statements.
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Final RAMS must be reviewed and approved by a competent person before use.
Riskora is an assistive document preparation tool. All documents generated must be reviewed, verified, and approved by a competent person before use on site. Riskora does not replace professional safety judgment, and no output should be treated as a legal compliance guarantee.