RAMS for Drylining & Plastering: FREE Template + Generator
Create a professional Drylining & Plastering RAMS in minutes. Includes common hazards, proven controls, a step-by-step method, PPE, training, permits, and a ready-to-brief checklist—tailored for UK sites.
Trusted by 100+ UK contractors
“We used the Drylining & Plastering RAMS from this generator on a fast-track Cat B fit‑out in Manchester. It covered dust control, towers and service avoidance perfectly—our principal contractor approved it first time and the team brief took under 10 minutes.”
5 star ratingDarren O’Neill· Director, O’Neill Interiors Ltd
What you get
- Drylining RAMS pack with separate sequences for framing, boarding, jointing and plastering to simplify toolbox briefings.
- Dust and RPE compliance tracker referencing FFP3 checks, extraction maintenance and COSHH data.
- Permit-to-fix/service avoidance prompts embedded in the method so ceiling and wall penetrations stay controlled.
- Waste and quality checklist covering plasterboard segregation, moisture limits and snag sign-off.
Why teams choose RAMSGen
Don't waste time wrangling ad-hoc Word templates. Create a site-specific Drylining & Plastering RAMS from the start.
Benefits
- ✓Impress fit-out clients by showing you control dust, access equipment and service strikes in occupied buildings.
- ✓Reduce RAMS rewrite time when switching between partitions, MF ceilings and skim works—just update the variables.
- ✓Give supervisors consistent talking points on manual handling, board storage and curing so projects stay on programme.
Risks of manual RAMS
- !Without dust and RPE evidence, principal contractors will halt sanding or mixing instantly.
- !Generic RAMS often miss service scans or permit references, leading to live-cable strikes.
- !Poor waste segregation or damp storage can cost you rework and breach plasterboard disposal rules.
Manual drafting
4 hrs
RAMSGen
8 min
Typical manual prep vs RAMSGen automation
Also searched for
dry lining, plasterboard installation, taping and jointing, dot and dab, skim coat, gypsum board
Generic RAMS template
Snapshot hazards
- Inhalation of gypsum/silica dust during cutting, mixing and sanding.
- Slips, trips and falls from trailing leads, wet plaster and poorly stacked boards.
- Working at height on steps, podiums and mobile towers to ceilings/high walls.
- Manual handling strains from lifting plasterboard sheets, bags and buckets.
- Contact with or striking concealed services when fixing/drilling into walls/ceilings.
Critical controls
- Dust control: score-and-snap where possible, on-tool extraction/LEV, wet methods, and task-specific FFP3 RPE with face-fit; maintain good ventilation.
- Housekeeping and access: keep routes clear, stack boards flat and secure, clean spills promptly; use slip-resistant safety footwear.
- Work at height: use PASMA-tagged towers/podium steps with guardrails and toe boards; pre-use and weekly inspections; maintain exclusion zones.
- Manual handling: plan deliveries to point-of-use, use board lifters/handlers and mechanical aids, team lifts, avoid twisting; follow weight limits.
- Service avoidance: review drawings and scan for services, obtain permit to drill/fix, use depth stops and safe fixings; isolate/lock-out where practicable.
Permits & references
- Site Permit to Work as required by principal contractor/client.
- Work at Height permit and/or scaffold/mobile tower handover/inspection records.
- Permit to drill/fix to structure after service scans and approvals.
- COSHH assessments with current Safety Data Sheets for compounds, sealers and cleaners.
- Waste management documentation (e.g., plasterboard segregation plan and waste transfer notes).
Implementation walkthrough
- 1
Review drawings/specification, programme and interfaces. Complete RAMS/COSHH and brief the team; check welfare, lighting and ventilation.
- 2
Arrange deliveries; inspect materials; store plasterboard flat, dry and off the floor; segregate plasterboard waste from general waste.
- 3
Set out lines and levels; confirm routes of electrical and plumbing services; mark no-fix/no-drill zones and obtain required permits.
- 4
Install and inspect access equipment (towers/podiums/ladders) with tags; set up barriers/exclusion zones and ensure safe working platforms.
- 5
Install framing or prepare substrate (studs/track or dot-and-dab). Verify fire, acoustic and structural requirements and fixings.
- 6
Measure, cut (prefer score-and-snap; if sawing use extraction) and fix boards to the specified pattern and centres; avoid services; use lift aids.
- 7
Tape and joint or fit corner/bead trims; apply joint compound; allow to cure; sand using dust-extraction sanders or low-dust methods.
- 8
Mix plaster per manufacturer’s data; apply base/finish coats; maintain temperatures and ventilation; keep work areas tidy and routes clear.
- 9
Manage drying/curing: avoid unflued gas heaters in enclosed spaces; monitor humidity/temperature; protect finishes from damage.
- 10
Quality check against specification; complete snagging; remove access equipment; clear down and remove segregated waste with transfer notes.
How to create a site-specific Drylining & Plastering RAMS
Transform the generic template above into a compliant, site-specific document by addressing these critical areas:
Site-specific customization checklist
- 1
Project address, work areas and sequence with other trades.
- 2
Ceiling heights, access strategy and selected equipment (towers/podiums/MEWP).
- 3
Substrate condition, moisture readings and any remedial works before boarding/plastering.
- 4
Manufacturer and system specification for boards, fixings, beads and finishes.
- 5
Ventilation and drying strategy, temperature controls and curing times.
- 6
Service drawings and scan records; isolation points and responsible person.
- 7
Fire stopping and compartmentation details where drylining meets penetrations/edges.
- 8
Waste container locations, plasterboard segregation arrangements and collection schedule.
- 9
Delivery/hoisting plan for boards (times, routes, lift capacities).
- 10
Emergency arrangements: first aiders, nearest A&E, muster point and site contact.
HSE compliance alert
This RAMS content provides general guidance only. It must be adapted to the specific site, design and client requirements, and comply with UK legislation including the Health and Safety at Work etc. Act, Work at Height Regulations, and COSHH. Always follow manufacturer instructions and the Principal Contractor’s rules.
Why RAMSGen makes this easier
Instead of manually editing Word templates and cross-referencing multiple guidance documents, RAMSGen walks you through each customization step with intelligent prompts. Answer questions about your site, and the platform automatically generates a compliant RAMS that incorporates:
- Project-specific hazards based on your site layout and access constraints
- Emergency plans with routes to the nearest A&E and site-specific assembly points
- Permits, inspections, and quality checkpoints aligned to your schedule
- Branded PDF exports ready for principal contractor submission
Frequently asked questions
Do I need a RAMS for drylining and plastering on small jobs?
Yes. Even for small works, UK CDM Regulations require proportionate planning. A concise RAMS helps manage dust, manual handling and work-at-height risks and is often mandatory for site access.
What PPE is required for drylining and plastering?
Site-standard PPE (safety boots, hard hat, hi‑vis) plus task PPE: safety eyewear, gloves and FFP3 RPE for cutting, mixing and sanding. Face-fit testing is needed for tight-fitting respirators.
How do you control plaster and plasterboard dust?
Use score-and-snap where possible, on‑tool extraction/LEV, wet methods, vacuum class M/H for clean‑up, and FFP3 RPE. Keep areas ventilated and avoid dry sweeping.
What temperatures and humidity are acceptable for plastering?
Follow manufacturer data, typically 5–30°C with good ventilation. Avoid rapid drying from direct heaters; control humidity to prevent cracking or weak finishes.
How do you avoid drilling into hidden services?
Review latest drawings, scan walls/ceilings, mark exclusion zones, use depth stops, and obtain a permit to fix/drill where required. Isolate or lock‑out services when practicable.
What training should operatives have for this RAMS?
A valid CSCS card, Manual Handling, Working at Height (and PASMA for towers), Asbestos Awareness for refurb sites, and RPE face‑fit/testing where FFP3 is used.
How should plasterboard waste be managed in the UK?
Segregate clean plasterboard from general waste, store it dry and arrange collection with appropriate waste transfer notes. Avoid mixing with biodegradable waste to prevent hydrogen sulphide risks.
Do I need a COSHH assessment for jointing compounds and plasters?
Yes. Complete COSHH with current Safety Data Sheets, covering skin/eye irritation, dust exposure and required controls such as gloves, eyewear, extraction and RPE.
What access equipment is best for ceiling works?
Use podium steps or PASMA‑assembled mobile towers with guardrails and toe boards. Inspect and tag before use; avoid ladders for prolonged work.
What should a Drylining & Plastering method statement include?
Pre‑start planning, delivery and storage, access setup, service checks and permits, framing/boarding, jointing, plaster application, curing, quality checks, and waste removal.
Calculate your RAMS preparation costs
See how much time and money you could save by switching from manual RAMS preparation to RAMSGen's automated workflow.
RAMSGen Cost Calculator
Use the slider to discover the time and cost savings with RAMSGen.
Monthly volume
4 RAMS
Manually
£960
24 hrs of labour
RAMSGen
£60
2.4 hrs with RAMSGen
You save
£900
21.6 hrs saved
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