METAL STUDDING... 

What Are Metal Studs?

The Metal C Stud is a fundamental component in modern drylining systems, forming the vertical framework for metal frame partitions and stud walls. Its design and material properties offer significant advantages over traditional timber framing.

Description and Manufacturing:
 

• "C" Shape: The stud gets its name from its cross-sectional appearance, resembling the letter 'C'.
   

• Material: It is manufactured from a coil of galvanised steel, which is then cold-rolled into the distinctive 'C' shape. Galvanised steel provides excellent resistance to rust and corrosion.
   

• Lengths: These studs are typically available in various lengths, ranging from 2.4m to 4.2m, to accommodate different ceiling heights and project requirements.
   

• Role in Drylining Systems: Framework for Plasterboard: Metal C Studs, in conjunction with Metal U Tracks (which act as horizontal guiding channels), create a secure and durable metal framework. This framework is essential for securely fixing plasterboard panels or specialist drywall, forming the complete drylining system.
   

• System Integration: Our Plasterboards and compatible metal framing systems, ensuring seamless integration for optimal performance.
   

Common Applications:
Metal framing systems, including Metal C Studs, are widely used in a variety of settings:
 

• Commercial Buildings: Offices, schools, hospitals, and retail spaces frequently utilize them for creating non-load-bearing partitions.
   

• Residential Settings: Increasingly used in homes for interior partitioning.

• Industrial Applications: Found in various industrial environments where versatile and robust partitioning is needed.
   

Benefits of Using Metal C Studs: Compared to traditional timber framing, Metal C Studs offer several compelling advantages:
 

• Fire Resistance: Metal is inherently non-combustible, providing enhanced fire resistance to the partition system.
   

• Rot Proof: Unlike timber, metal studs are immune to rot, which is a significant advantage in areas with potential moisture.
   

• Termite Resistant: They are not susceptible to termite or other pest infestations, ensuring the longevity of the structure.
   

• Galvanised Steel Construction: The use of galvanised steel prevents rust, maintaining the structural integrity over time.
   

• Low Maintenance: Metal framing systems require minimal maintenance once installed.
   

Installation Process of Metal C Stud Partitions: Installing Metal C Studs is a straightforward and efficient process due to their lightweight and easy-to-handle nature. The installation typically involves two key stages:
 

1. Setting up the U Track Framework:

   • U Track Function: Metal U Tracks are crucial as they serve as guiding channels for the vertical C Studs, ensuring proper alignment and stability.

   • Placement: U Tracks must be securely fixed to both the ceiling and the floor.

   • Sizing: It's vital that the U Track is slightly wider (e.g., 2mm wider) than the C Stud to allow the stud to slot in securely. For instance, a 70mm C Stud requires a 72mm U Track.

   • C Stud Spacing: Once U Tracks are in place, the spacing between the vertical C Studs needs to be determined and marked. A common practice is 600mm centres, though 400mm spacing can be used for increased strength or specific project requirements.

   • Securing C Studs: C Studs are easily slotted into the U Tracks and securely fastened using wafer head self-drilling screws. These screws provide added strength and create a robust base for attaching drywall.
      

2. Securing Plasterboard to Metal Stud Framework:

   • Plasterboard Thickness: Plasterboard thickness typically ranges from 12.5mm to 15mm, chosen based on project requirements.

   • Positioning: Plasterboard panels are positioned flush against the C Studs to ensure an even and aesthetically pleasing fit.

   • Fixing: The plasterboard is then securely fixed to both the C Studs and the U Tracks using fine thread drywall screws, ensuring the board remains firmly in place.
      

Cost-Effectiveness and Professional Advice: Building a metal framing system is considered a cost-effective alternative to traditional timber framing systems. For any construction project, especially those involving structural elements, it is always recommended to consult a building professional or architect for expert guidance.