To cut metal studding, measure and mark the required length, then use a pair of straight-cut aviation tin snips to cut through the side flanges. Bend the stud back on itself to crease the back web, and snip along the fold to completely separate the two pieces. Always wear heavy-duty gloves when cutting steel to protect your hands from sharp edges.
Galvanised Steel Partition and Suspended Ceiling Systems
This category features a selection of metal framework components, including C studs, ceiling grid angles, perimeter channels, and primary support channels. These galvanised steel lengths are primarily used to build non-load-bearing partition walls and suspended MF ceiling systems. Unlike traditional timber frameworks, steel studding provides a perfectly straight, rigid base that will not warp, rot, or shrink over time. When assembling a new room divider or lowering a ceiling height, these metal tracks provide a stable grid for attaching Plasterboard directly to the surface, ensuring a smooth and level finish ready for skimming or taping.
Metal framework sections come in standard sizes, such as 70mm x 3000mm C studs and 3600mm ceiling channels, ensuring compatibility with standard building materials and board dimensions. Using a steel framework brings practical benefits, particularly regarding fire safety and moisture resistance, helping projects meet strict building regulations. The hollow nature of a metal partition wall or suspended ceiling makes it straightforward to route electrical cables or plumbing pipes through the framework. It also creates a convenient cavity to easily friction-fit Insulation between the upright studs or above the ceiling grid, significantly improving the thermal and acoustic performance of the finished room.
Installing a metal framework requires basic tools like a drill, tin snips, and a spirit level to ensure the tracks are plumb and level. The track and stud system simply slots together, allowing for rapid assembly and easy adjustment before the final fix. To secure the framework and attach the subsequent boarding, you will need compatible Drywall Screws, which easily pierce the gauge steel without the need for pre-drilling. This simple installation method makes metal framework a versatile and efficient choice for dividing interior spaces, creating bulkheads, or concealing structural beams.
Metal Studding FAQ's
Standard wood screws are not suitable for securing steel tracks. You should use fine-thread drywall screws or self-tapping pan head screws, as these are designed to easily pierce the metal and hold the framing securely without the need to pre-drill holes.
You can securely hang heavy items like a television on a metal stud partition, but you cannot screw directly into the metal face as it will not support the weight. You need to use specialist cavity wall anchors such as spring toggles, or alternatively, fit timber noggins inside the steel frame during the build process to provide a solid fixing point.
When installing metal framework directly onto a concrete floor, it is good practice to lay a damp proof membrane or foam isolation tape under the bottom floor track. This prevents any rising moisture from the concrete coming into direct contact with the steel track and creating a pathway for dampness.
For standard non-load-bearing partition walls, vertical C studs are typically spaced at 600mm centres. However, if you are planning to tile the finished wall or are using heavier, thicker boarding, you should reduce the spacing to 400mm centres to provide extra rigidity and support.