50mm Metal C Stud (3000mm x 50mm) – Pack Of 10

Description

50mm Galvanised Steel C Stud Profile (3000mm x 50mm)

This 3000mm x 50mm Metal C Stud is an essential component for internal vertical framing in drywall construction systems. Supplied in cost-effective packs of 10, this metal stud offers a superior, more durable alternative to traditional timber framing. Its design allows for straightforward cutting with tin snips and rapid installation, enhancing overall project efficiency.

Metal C stud frames are foundational in contemporary construction for interior wall assemblies, providing robust vertical support. Manufactured from galvanised steel, these studs deliver exceptional structural integrity and longevity. The distinctive ‘C’ profile facilitates easy installation of insulation materials via friction fit within the frame, and provides secure attachment surfaces for plasterboards using standard fixtures like nails and screws.

50mm Metal C Stud Profile: Key Advantages

• Guarantees superior strength and structural stability for partition walls
• Highly durable with an extended lifespan
• Offers versatile applications for both residential and commercial building projects
• Fully compatible with all standard types of plasterboards
• Accommodates a wide spectrum of insulation products
• Provides enhanced fire and moisture resistance
• Lightweight nature simplifies handling and installation processes
• Represents a cost-effective solution, leading to reduced long-term maintenance expenditures
• Creates a precisely straight and level substrate, optimising surfaces for final finishing applications
• Inherent resistance to warping, rotting, and corrosion ensures performance integrity

For optimal installation of the 3000mm x 50mm Metal C Stud, ensure the corresponding U Stud Metal (U Track) measures 62mm. The U Track must be 2mm wider than the C Stud to facilitate secure placement.

Installation Procedure for C Stud Metal Framing

1. Position and secure the U Track Stud profiles to the ceiling and floor surfaces.
2. Verify that the U Track width exceeds the C Stud width by 2mm.
3. Erect the vertical C Studs, spacing them accurately at intervals of either 400mm or 600mm centre-to-centre.
4. Affix the studs securely to the U Tracks using Wafer Head Self Drilling Screws.
5. Attach plasterboards to the completed stud framework using fine thread drywall screws.

Typical Applications

The C stud’s profile is engineered for excellent load-bearing capabilities while offering high design flexibility during construction. These vertical framing profiles support various non-load-bearing and load-bearing applications. They maintain compatibility with diverse insulation materials and all forms of plasterboard. The studs are easily cut and adjusted to meet specific project demands, such as varying wall heights. The galvanised steel composition ensures the frames can effectively support the sustained pressure and weight of constructed walls.

Metal C studs are utilised across a diverse range of construction and building sectors, notably in:

Internal Partition Walls

C studs are routinely deployed for constructing internal partition walls, establishing the robust framework to which plasterboards are affixed, thereby creating durable and solid internal structures.

Fire Compartmentation Systems

Due to their non-combustible nature, Metal C Studs significantly restrict the propagation of fire. They are integral components of certified fire-resistant wall systems, designed to effectively compartmentalise and contain fire within defined zones.

Acoustic and Soundproofing Solutions

When integrated with appropriate acoustic insulation materials, Metal C studs form systems proven to substantially mitigate noise transmission between adjacent rooms, optimizing sound quality and privacy.

Framing and Structural Reinforcement

These studs are essential for structuring frames in residential, commercial, and industrial properties. They are vital in new build projects, major renovations, and extensions, serving either to reinforce existing structural elements or to construct new wall frameworks.