drywall framing

Apartment and condominium construction requires framing systems that can support efficient installation, consistent layouts, and the performance requirements of modern multi-family buildings. From unit partitions and shared walls to corridors, bathrooms, ceilings, and renovation projects, interior steel framing provides a practical solution for a wide range of apartment applications. In Canada, apartment construction must also account for applicable provincial and territorial

Healthcare construction requires interior framing systems that can accommodate complex layouts, extensive building services, and demanding performance requirements. Hospitals and healthcare facilities contain patient rooms, examination areas, treatment spaces, laboratories, corridors, medical offices, service areas, and specialized departments. Each space may require different wall configurations, acoustic performance, fire protection, and coordination with mechanical, electr

Introduction Interior steel framing is used in a wide range of Canadian construction projects, from multi-family residential developments and condominiums to hospitals, hotels, offices, schools, retail buildings, and industrial facilities. As construction projects become larger and more complex, builders and contractors need interior framing systems that can provide consistent installation, dimensional accuracy, durability, and efficient project execution. Galvanized steel fr

UMS Metal's EQ Drywall Stud EQ Drywall Studs are widely used in interior partition wall systems where consistent performance and efficient installation are essential. Instead of being identified solely by steel thickness or gauge, EQ studs are classified according to industry benchmark performance categories, making it easier to compare similar framing products. Manufactured from galvanized steel, EQ Drywall Studs provide dependable durability, corrosion resistance, and compa

UMS Traditional Drywall Stud Drywall Studs form the vertical framework of modern interior partition walls, providing the support required for gypsum board installations. As one of the primary components of interior steel framing systems, they help create durable, accurately aligned wall assemblies for residential, commercial, and institutional construction. Manufactured from galvanized steel, Drywall Studs offer dependable corrosion resistance, dimensional consistency, and ef

UMS EQ Drywall Track EQ Drywall Tracks are designed to provide reliable alignment for interior partition wall systems while supporting the efficient installation of drywall studs. The EQ designation represents industry-recognized performance categories that simplify product selection across comparable steel framing systems. (Check our EQ Drywall Tracks Submittals for technical data.) Manufactured from galvanized steel, EQ Drywall Tracks combine durability, corrosion resistanc

UMS Traditional Drywall Tracks Drywall Tracks are a key part of interior steel framing systems, providing the horizontal framework that supports partition wall construction. Installed at both the floor and ceiling, they keep drywall studs properly aligned and help create straight, stable wall assemblies. Manufactured from galvanized steel, Drywall Tracks are designed to deliver reliable performance, corrosion resistance, and long service life in a wide range of interior build

UMS Metal U Channel U Channels are widely used in interior steel framing, particularly in suspended ceiling assemblies where strength, alignment, and durability are essential. Working alongside furring channels, they form the supporting framework that allows drywall ceilings to be installed accurately and efficiently. Manufactured from galvanized steel, U Channels provide dependable performance while resisting corrosion in a variety of interior construction environments. (Tip

Interior steel framing has become a widely preferred solution in modern construction due to its strength, precision, and efficiency. Two essential components of interior steel framing systems are metal studs and tracks. These components work together to create stable and durable wall structures for drywall installations. Understanding how these elements function and why they are used can help contractors and builders achieve faster, more reliable construction results. What Ar