Standard Partitions may be specified with confidence for non-load bearing partitions and use fast drywall construction techniques.

• For both commercial and domestic partitions
• Versatile systems to meet nearly every performance requirement.
• Minimum amount of components

These systems can utilise the entire range of boards, including wallboard, moisture board, sound shield, fire shield,and dense shield, depending on the performance required. The boards are fixed onto a lightweight metal stud. C stud partitions provide the simplest and most economical system, whilst I stud partitions should be used when a more rigid partition is required, without increasing the overall thickness.

The tape and jointing system is used for the seamless jointing of tapered edge boards to walls and ceilings. Jointing of all flat, internal and external corner joints is achieved with the application of two coats of joint filler and one coat of joint cement to leave a smooth finish ready for decoration. This means for faster setting and drying times, obviously permitting quicker decoration. Only a small amount of material is required on site compared to wet plaster.

• For both commercial and domestic partitions
• Versatile systems to meet nearly every performance requirement.
• Minimum amount of components

These systems can utilise the entire range of boards, including wallboard, moisture board, sound shield, fire shield,and dense shield, depending on the performance required. The boards are fixed onto a lightweight metal stud. C stud partitions provide the simplest and most economical system, whilst I stud partitions should be used when a more rigid partition is required, without increasing the overall thickness.

Shaft wall & firefighting shaft wall is a versatile system for forming enclosures around service shafts and lift shafts.

• For enclosure of lift of service shafts.
• Up to 2 hours fire resistance.

A fire and moisture resistant inner lining of coreboard allows the shaft enclosure to be constructed prior to the building being weather sealed. Shaftwall is used because it is highly durable and is able to withstand the effects of impact and water, to which it would be subjected during a fire, without losing its integrity or fire resistance. This means fire crews maintain protected access to all floors within the buildings.

Wall liner linings may be specified with confidence for application to most masonry backgrounds depending on the condition.

• Where a variable stand off clearance is required between lining and background of between 17 and 125mm
• Where the background is out true.
• Where insulation is required within the wall lining void.
• Where deep service runs are required to be accommodated within the lining void.

This system can utilise the entire range of boards available depending on the performance requirements. The boards are fixed onto a lightweight metal framework of channels fixed to brackets fixed to the background. This makes it capable to override substantial irregularities in the background. The lining void facilitates the introduction of thermal or acoustic insulation and provides containment for service runs. The system can be applied to the majority of all common building substrates.

Independent I stud wall linings may be used where background is not suitable to receive other types of lining. Where the wall lining is required to be completely independent of an adjacent wall structure.

• For measured fire resistance
• Where insulation is required within the wall lining void
• Where substantial service runs and ducts are required to be accommodated within the lining void.

This system can accommodate the entire range of plasterboards depending on the performance required. The boards are fixed onto a lightweight metal framework of I studs and U channels.

The MF Ceiling system can accept some degree of loading and is the more traditional form of application. This system can utilise one or more layers of the entire range of plasterboards depending on the performance required. The boards are fixed onto a lightweight metal framework of primary channels, MF ceiling channels and perimeter channels. The lightweight galvanised grid is suspended by either strap hangers or angle sections fixed to the structural soffit with soffit cleats.

Suspended Ceilings can be installed to the majority of all applications to create personalised ceilings and meet technical requirements such as acoustics, moisture, hygiene and fire. This system can utilise many different styles, colours and textures of tiles.

• Where access to the ceiling void is required.
• Where an acoustic absorption performance is required.
• Where hygiene is a key criteria.
• Where no decorating is possible.

The tiles are placed in a galvanised steel grid system hung from the structural soffit by either wire or angle sections.

Drywall Framed encasements are suitable for encasements of columns, beams and other structural steelwork. Up to two hours fire protection is achievable and it enables the exclusive use of fire shield boards throughout the building to make direct decoration quick and easy. Framed encasements utilise fire shields or moisture shields fixed onto a lightweight metal framework of C channels connected to the structural steelwork with fixing clips.