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Light Gauge Steel Framing (LGSF)

At Steelifi’s, we’re dedicated to crafting cutting-edge LGSF structures tailored to your needs. Our seasoned in-house design squad is adept at harnessing the latest LGSF design software, ensuring precision and efficiency in every project. We prioritize optimizing your design to pave the way for a robust and resilient structure

Light Gauge Steel Framing (LGSF)

At Steelifi’s, we recognize that LGSF construction hinges on meticulous design, prioritizing skill in the planning phase over on-site execution. Leveraging the advanced Vertex and StadPro Software Suite, our team seamlessly integrates design, engineering calculations, structural analysis, detailing, and roll forming machine control. This comprehensive approach ensures unparalleled accuracy and efficiency throughout the construction process, effectively minimizing costs associated with engineering, design, waste, and labor.

LGSF Products

 Prefab Dry Wall

Prefab Dry Wall

 Showrooms

Showrooms

Prefab Residential house

Prefab Residential house

Sales Office

Sales Office

Luxury Lounge

Luxury Lounge

Waiting Area

Waiting Area

Advantages

Steelifi LGSF

Steelifi’s Light Gauge Steel Framing (LGSF) technology presents a host of advantages making it a preferred choice for construction projects across diverse sectors.

Superior Strength and Durability
Precision and Reliability
Lightweight Construction
Efficient Speed of Construction
Versatility in Design
Commitment to Environmental Sustainability
Resilience Against Pests and Decay

Some Famous LGSF Projects

Dulles International Airport

AeroTrain Station, USA

The AeroTrain Station at Dulles International Airport in Washington, D.C., utilized LGSF technology for its construction. LGSF was chosen for its lightweight properties and ease of installation, contributing to the efficient construction of the station. The technology’s lightweight nature additionally reduced transportation costs and logistical complexities, further optimizing the project’s efficiency. From its intricate structural components, every detail reflects the precision and innovation inherent in modern construction methodologies.

Dullas International Airport
Park City Mountain Resort

Park City Mountain Resort

U.S.A

 The Park City Mountain Resort in Utah underwent significant expansion and renovation, including the construction of new facilities using LGSF technology. LGSF allowed for the efficient construction of various structures within the resort, such as lodges and amenities buildings.The utilization of LGSF technology played a pivotal role in the creation of new lodges, amenities buildings, and other essential facilities within the resort’s sprawling grounds.The incorporation of this advanced construction methodology underscores the resort’s commitment to providing guests with unparalleled comfort, convenience, and modern amenities amidst the breathtaking natural backdrop of Utah’s mountainous terrain.

B2 Residential Tower

New York City, USA

The B2 Residential Tower, located in Brooklyn, New York City, is one of the tallest modular buildings in the world. LGSF technology was integral to the construction of this 32-story tower, demonstrating its potential for high-rise construction.With LGSF technology at its core, the B2 Residential Tower exemplifies the scalability and versatility of modular construction in the realm of high-rise buildings. LGSF technology, the B2 Residential Tower showcases the potential of modular construction for high-rise buildings.

B2 Residential Tower
lympic Village

Olympic Village

London, UK

During the 2012 Summer Olympics in London, the Olympic Village accommodated thousands of athletes and officials. LGSF technology was utilized in the construction of some of the residential buildings within the village, showcasing its suitability for large-scale projects with tight deadlines.ntegral to the development of this sprawling complex were the advancements in Light Gauge Steel Framing (LGSF) technology, strategically employed in the construction of several residential buildings within the village. This decision not only underscored the versatility of LGSF but also highlighted its efficacy in managing large-scale projects with stringent timelines.