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Internal Partitions & Walls

GypWall Staggered

Achieve the perfect balance between acoustic performance and a narrow footprint with the GypWall Staggered system.
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GypWall Staggered is a non-loadbearing partition system that incorporates a single framework with staggered stud arrangement to provide high levels of sound insulation with a minimal footprint.

Suitable for a wide range of applications, including student accommodation, hotels and offices. The GypWall Staggered system reduces sound transmission by staggering alternate studs within a single framework, partially decoupling the plasterboard linings on each side of the partition and maximising available floor space in adjoining rooms.

Key facts

  • GypWall Staggered is a high performance acoustic wall system that features a staggered arrangement of Gypframe studs within a single framework.
  • Selecting the correct Gyproc plasterboard linings along with the appropriate Gypframe metal profiles allows you to achieve twin frame partition performance with the footprint of a single frame solution.
  • GypWall Staggered systems give your building the protection of our SpecSure lifetime warranty.
  • Fire resistance performance between 30-90 minutes.
  • Sound insulation performance from 49-63 Rw dB.
  • Capable of meeting regulatory acoustic requirements for separating walls in residential conversion projects where space is at a premium.
  • Duty rating options for Heavy and Severe Duty rating.
  • Allows the inclusion of pattresses to each side of the system without compromising acoustic performance when using 92 / 148 combination.


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CAD details (PDF)
2 datasheets related with the product
2 datasheets related with the product
White Book
3 datasheets related with the product
3 datasheets related with the product
White Book - System design principles
CAD details (.dwg)
7 datasheets related with the product
7 datasheets related with the product
British Gypsum UK


A unique warranty that confirms British Gypsum proprietary systems will perform as specified for the lifetime of the building.