Galvanized Iron 50mm Stud

The 50MM GI Stud is made from galvanized steel, providing excellent durability and corrosion resistance. This makes it suitable for both indoor and outdoor use in construction projects.

A standard 50MM GI Stud weighs approximately 1.688 kg per piece. This weight allows for easy handling and installation while maintaining structural integrity.

The 50MM GI Stud is ideal for use in drywall partitions, ceiling systems, and other framing applications. Its design allows it to support various types of wall coverings, including gypsum boards and tiles.

Compared to other sizes, such as the 48mm or 64mm studs, the 50MM GI Stud offers a balanced option that provides adequate support without being overly bulky. It is versatile enough for many different construction needs.

Yes, the installation of the 50MM GI Stud is relatively simple and can be done with standard tools. Its design allows for quick attachment to floor and ceiling channels, facilitating efficient construction processes.

Due to its galvanized coating, the 50MM GI Stud is resistant to rust and corrosion, making it suitable for use in moisture-prone areas. This feature enhances its longevity in various environments.

A 50mm GI Stud is a galvanized iron metal stud used primarily in drywall partition systems and ceiling frameworks. It serves as a vertical support structure, providing strength and stability for various construction applications.

The 50mm GI Stud is made from galvanized iron, which provides corrosion resistance and enhances durability. This material is essential for maintaining structural integrity in environments where moisture may be present.

The weight of the 50mm GI Stud can vary by approximately 3% due to manufacturing tolerances. This means that while the nominal weight is around 1.688 kg, actual weights may differ slightly within this range.

The 50mm GI Stud is primarily used in drywall partition systems, false ceilings, and other interior framing applications. Its design allows it to support lightweight wall panels and ceilings effectively.

Yes, there can be thickness variations of up to ±0.05 mm from lot to lot during production. This slight variation ensures that each stud meets specific engineering requirements while maintaining overall quality.

The ribbed pattern on the surface of the stud increases its depth and surface area, which contributes to better strength and durability. This design helps distribute loads more effectively across the frame.