Gypsum board ceiling installation has been revolutionized for accuracy and simplicity by USG ME with the introduction of Drywall Metal Framing. Our wall bracing and metal wall framing products are made to simplify installation and guarantee accuracy and efficiency. These metal parts are made of eco-friendly materials and are 100% recyclable as part of their commitment to sustainability.
Our extensive range, which provides adaptable solutions for varied construction demands, consists of deflection heads, curved tracks, bracings, corner beads, metal studding, and metal trims. The metal frame products and accessories from USG Middle East gypsum board produce superior results for interior walls, chase walls or ceiling finishes. To satisfy the unique requirements of your building projects and guarantee long-term durability, choose from our comprehensive line-up. With the dependable knowledge and environmentally friendly solutions of USG ME, elevate your gypsum board installations.
Build reliable interior wall systems with USG ME metal profiles designed for framing gypsum partition walls across commercial, residential and institutional projects. The range includes C-shaped studs, U-shaped tracks, deflection tracks, inclined and curved profiles, providing framing options for standard partitions as well as walls requiring movement accommodation or specialised geometry.
USG ME also provides control joints and resilient channels to support specific movement and acoustic requirements within drywall assemblies. With profiles available for floor, ceiling, head-of-wall and vertical framing conditions, architects, consultants and contractors can select components according to wall configuration, building movement, board type and required assembly performance.
A gypsum partition depends on more than the board finish. Behind the surface, metal studs and tracks create the framework that determines the wall layout, supports the boards and helps the complete assembly perform as intended.
USG ME provides metal framing components for conventional straight walls as well as more specialised conditions. C-shaped studs form the main vertical framing members, while U-shaped tracks can be used at the top and bottom of the wall to position and support the stud framework.
For a complete partition specification, framing profiles should be selected together with the appropriate gypsum boards, insulation, fasteners and other system components rather than considered as standalone products.
Different wall conditions require different framing profiles. Selecting the profile according to its intended function can simplify detailing and help ensure the installed assembly follows the project design.
Framing component | Primary function | Typical requirement |
Drywall Studs C Shape | Vertical wall framing | Standard and tall framed partitions |
Drywall Track U Shape | Top and bottom stud track | Wall and partition framing |
Deflection Track T Shape | Head-of-wall movement | Fire-rated assemblies requiring vertical deflection |
Deflection Slotted Track U Shape | Building movement accommodation | Partition heads below slabs or decks |
Inclined Track | Angled framing | Inclined walls and special framing conditions |
Curved Track | Curved wall formation | Radius walls, partitions and architectural features |
Drywall Control Joint | Movement control | Long uninterrupted wall or ceiling areas |
Resilient Channel Single Lip | Sound transmission reduction | Acoustic wall and ceiling assemblies |
Project teams should verify dimensions, profile type and assembly requirements through the relevant USG ME product datasheet before final specification.
A conventional drywall partition generally uses vertical studs positioned between upper and lower tracks, with gypsum boards fixed to the framing to create the finished wall assembly. This approach allows internal spaces to be divided without relying on traditional masonry construction.
Not every interior follows a straight wall layout. USG ME Curved Track is intended for non-load-bearing curved framing applications, allowing designers to form bends and changing radii in walls, partitions and related architectural features.
Inclined Track supports another specialised condition by providing top and bottom channels for securing studs where angled wall construction is required. It may also be used for framing around openings and other special detailing conditions.
Partitions that terminate beneath structural slabs or floor decks may need to accommodate vertical building movement. If this movement is transferred directly into the wall framing, it can place unwanted axial loads on the partition.
USG ME's Deflection Slotted Track U Shape is designed to allow vertical movement at the head of the wall while helping prevent axial load transfer to the studs. The elongated slots allow movement without requiring separate deflection clips in the connection.
The Deflection Track T Shape provides another solution for vertical deflection and is intended for use in fire-rated wall assemblies. The appropriate head-of-wall detail should always be selected according to the tested assembly and structural movement requirements of the project.
Long and uninterrupted gypsum board surfaces can be affected by movement within the building or finishing system. Control joints create planned separation points that help relieve stresses and reduce the risk of movement-related cracking across expansive wall and ceiling surfaces.
USG ME Drywall Control Joint is therefore useful where the design or specification requires controlled movement within large areas of gypsum construction.
When planning the complete wall system, compatible Drywall accessories should be coordinated with stud spacing, board layout, openings and finishing details before installation begins.
Where reducing sound transmission is part of the wall-design objective, framing configuration can influence the acoustic performance of the complete assembly.
USG ME Resilient Channel Single Lip creates separation between the supporting construction and the board surface, helping reduce the direct transmission of sound vibration through walls or ceilings. It can therefore form part of assemblies designed to achieve improved sound isolation.
Acoustic performance should always be assessed at assembly level because board layers, insulation, framing, connections, penetrations and perimeter sealing can all influence the final result.
Metal framing should be selected according to the complete wall design rather than choosing a stud or track in isolation.
Consider the following during specification:
Wall height: Confirm the required stud size, thickness and spacing for the partition height.
Board configuration: Coordinate the framing with the type, thickness and number of gypsum board layers.
Wall geometry: Determine whether the design is straight, curved or inclined.
Structural movement: Identify where head-of-wall deflection needs to be accommodated.
Fire performance: Use framing components that correspond with the specified tested fire-rated assembly.
Acoustic requirement: Review whether resilient framing or other sound-isolation measures are required.
Openings and services: Coordinate doors, access points, MEP penetrations and service routes before installation.
System compatibility: Confirm profiles and components against the relevant USG ME technical documentation.
This system-based approach helps avoid framing conflicts and supports more accurate installation on site.
Gypsum partitions are used across offices, hotels, healthcare facilities, educational buildings, retail spaces and other interior developments where flexible space planning is important.
For UAE projects, consultants and contractors should select framing according to the project's partition height, design geometry, fire and acoustic requirements, building movement and service coordination. Standard studs and tracks can address conventional layouts, while deflection, curved and inclined profiles provide options for more specialised design conditions.
USG ME's wall-partition range allows project teams to coordinate these framing requirements within a broader drywall system rather than sourcing individual components without reference to the complete assembly.
USG ME provides multiple framing profiles and supporting components for different wall conditions, from conventional interior partitions to curved walls and movement-sensitive head details.
The range can be coordinated with USG ME gypsum boards, tested drywall assemblies and Metal Framing Accessories to support a more complete approach to wall-system specification. Product datasheets and technical resources are also available to help architects, consultants and contractors confirm framing details before installation.
A gypsum partition wall is an interior wall system typically constructed using gypsum boards fixed to metal or other compatible framing. Depending on the complete assembly, partitions can be designed to meet different height, fire, acoustic, and interior-performance requirements.
Metal-framed gypsum partitions commonly use vertical C-shaped studs installed between U-shaped tracks at the floor and head of the wall. Additional profiles may be required for deflection, curved construction, inclined walls, or other specialised conditions.
A drywall stud is primarily the vertical framing member that supports the wall boards. Tracks are horizontal framing sections generally positioned at the top and bottom to locate and support the studs.
A deflection track allows movement at the head of a partition where the structure above may move vertically. This helps prevent structural movement from being transferred directly as axial loading into the wall studs.
Yes. Flexible curved tracks can be used to create non-load-bearing curved wall framing. The radius, stud arrangement, gypsum board type, and complete assembly should be planned according to the required geometry.
Control joints provide planned movement points in large or uninterrupted gypsum surfaces. They help manage stresses caused by movement and reduce the likelihood of uncontrolled cracking in the finished surface.
Resilient channels can help reduce direct sound transmission by creating separation between the board surface and its supporting construction. Actual acoustic performance depends on the complete tested or specified wall assembly, including boards, insulation, framing, and sealing.
