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Schools, colleges, and universities can be challenging environments as interior systems need to be able to cope with high levels of daily use, noise, changing room layouts, and strict safety requirements.
When it comes to drylining for education buildings, the right system can contribute to acoustic comfort, fire safety, durability, and long-term maintainability. Here, we share some key considerations for dryliners when working in education sector construction.
Education buildings are different to other drylining projects as requirements vary across educational settings. For example:
School building specification and wider education sector specifications need to consider how spaces will be used rather than treating drylining projects in these environments as if they’re generic commercial applications.
Always confirm final product selection against the project specifications.
| Space | Key priorities | Products often considered |
|---|---|---|
| Corridors and circulation | Impact resistance, protected escaped routes | Impact-resistant plasterboard, fire-rated partitions, robust metal stud framing |
| Classrooms | Sound insulation between rooms, durability | Acoustic plasterboard, insulated partitions, acoustic ceiling tiles |
| Music and drama rooms | High sound insulation, controlled reverberation | Higher performance acoustic partitions systems, acoustic ceilings |
| Toilets, changing rooms and kitchens | Moisture, hygiene, frequent cleaning | Moisture-resistant boards and suitable finishes |
| Sports halls | Heavy impact, large wall areas | Impact-resistant boards, high-duty partition systems |
| Lecture theatres | Speech clarity, sound insulation | Acoustic partition and ceilings |
| Laboratories and workshops | Durability, services, moisture or fire risk | Impact, moisture or fire-rated boards to specification |
Working on live sites: many school projects take place when the building is occupied or during holidays. Contracts will usually need to follow the school’s safeguarding procedures, such as DBS checks and keeping work areas separated from pupils, so agree these with the clients before work starts.
In corridors, circulation spaces and sports areas, partition should be specified to a suitable duty rating under BS 5234, often Heavy or Severe Duty, using impact-resistant plasterboard on robust metal stud framing.
BS 5234 grades partitions from Light Duty through Medium and Heavy to Severe Duty, based on how well the system performs against impact and everyday wear. The project specification should state the grade needed for each area. Walls in education buildings take knocks from furniture, equipment, trolleys and constant footfall, so under-specifying here quickly leads to damages.
Framing matters as much as the boards. For guidance on framing choices, see our Metal Stud vs Timber Stud guide. Choosing suitable school fit-out materials at the design and specification stage reduces damage, repairs and disruption down the line.
Acoustics are particularly important in education, as excessive sound transfer can affect concentration, teaching, and communication. Acoustic plasterboard for schools, insulation within partitions, correctly specified partition systems, and sealing junctions and penetrations can all help to improve acoustic performance within educational settings.
When choosing materials, remember that acoustic performance depends on the complete wall and ceiling construction rather than the board alone. Official guidance on acoustic design and performance standards in schools is covered across Building Bulleting BB93.
Fire performance is a very important consideration when drylining in education buildings and you’ll need to consider:
It’s important that you always follow the relevant project specification and building regulations and remember that one product won’t automatically provide a particular fire rating as performance comes from the complete tested system. No single product provides a fire rating on its own. For further information refer to the Building Bulleting 100 (BB100) for school-specific design guidance.
Well-specified drylining for educational buildings can support:
Drylining product selection should consider the education building's intended use, required acoustic and fire performance, expected levels of impact, maintenance requirements, and installation conditions.
Choosing the right school fit-out materials from the start can help to avoid unsuitable products, remedial work, and unnecessary maintenance further down the line. Remember that it’s important to select compatible components as part of a complete commercial drylining system rather than choosing individual products in isolation.
Education buildings have demanding, varied requirements, so drylining needs to be selected around the performance of the finished space. Take a look at our drylining products or speak to our team about your project requirements.
When choosing drylining for education buildings, you should consider durability, acoustic performance, fire requirements, maintenance, installation, and the intended use of the space.
The right plasterboard for schools depends on the application. For example, acoustic, impact resistant, moisture resistant, or fire-rated boards may be required depending on the room and system specification.
BB93 (Building Bulletin 93) is the Department of Education’s acoustic design guidance for schools in England. It set performance standard for sound insulation, reverberation time and indoor ambient noise, and is the normal way of meeting the acoustic requirements for schools in Approved Document E.
BS 5234 grades partition from Light to Serve Duty. High-traffic areas in schools, such as corridors, are often specified at Heavy or Severe Duty, but the grade for each area should be taken from the project specification.
Not every internal wall needs a fire rating. Walls forming compartments, protected corridors or escape routes typically require fire resistance, as set out in the building’s fire strategy and Approved Document B.
Controlling sound transfer between classrooms and other spaces can support communication, concentration, and a more suitable learning environment in education buildings.