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Advantages

CENTERSTEEL UNITED STATES

01

Eco-friendliness

LGS frame buildings are an eco-friendly option too. Steel is the world's most recycled product, and both energy use and CO2 emissions have been reduced in the steel industry over the last few decades. Steel buildings can provide excellent energy efficiency too, especially when combined with other solutions. Airtight connections between steel parts create a completely sealed envelope for the building. The benefits of light steel framing in construction make steel the ideal choice for construction companies and developers that want to save time and money and build durable buildings.

  • High levels of thermal insulation and air-tightness are achieved in LGS, and modular construction.
  • The light weight of these construction system means that foundation loads and sizes are reduced by over 70% relative to concrete and block-work construction.
  • Productivity and speed of construction is increased by over 30% which reduces site impacts.
  • Use of components rolled to length results in no production waste.
  • Light steel structures can be modified and extended easily. Moduar units can be dis-assembled and re-used.
  • Site waste is eliminated by the use of pre-fabricated light steel and modular componets compared to the industry average wastage of 10% in construction materials.
02

Cost-effective

Finding ways to cut costs without cutting corners is crucial in the construction industry. Cost-effective solutions need to provide good quality even as they help to save money. Light steel frame construction is ideal for this, offering an affordable material and method of construction while still ensuring the final product is of excellent quality. Decreased construction time makes using steel frame structures more cost-effective and there are other ways to save too. The durability and the fact that steel can be recycled both help with further savings.

03

Fast Build Times

Faster construction is possible when using light steel frames. Pre-engineered steel components make it easier to assemble buildings, arriving on-site ready for use. Construction can be significantly expedited, and even larger projects can be completed much more swiftly compared to using traditional materials and construction methods. There's no need for on-site measuring and cutting since everything is prefabricated. Project managers also have more time to focus on other matters that require their attention

04

Durability

Durability is another excellent benefit of steel frame construction. Steel is extremely durable and is sure to last a long time. In addition, despite its durability, it's also a lot lighter than wood. The durability of steel means that it requires very little maintenance, which reduces costs for building owners. It also helps buildings to withstand high winds and other adverse conditions, including fire and even earthquakes. It's also resistant to decay and to pests, making it a great choice for more durable buildings

05

Versatility

Steel construction also offers versatility. Steel can be moulded into any shape and used in a broad variety of ways in construction. It's suitable for buildings of all types thanks to its durability and can be used to construct anything from domestic buildings to air hangars. Light steel frame construction can be used for residential homes and commercial or industrial buildings, making it easier not just to construct new buildings but also to modify existing ones.

Benefits of light steel frame

Light steel framing delivers a number of excellent benefits for construction projects of all types. Light steel framing provides several advantages for buildings and construction companies, from its cost-effectiveness to its versatility. It can be used for a variety of different applications and offers the benefits of rapid construction, durability, and even an eco-friendly building method. Light steel framing is easier to transport onto construction sites and can be an ideal choice for prefabrication too.

Sustainability of Light Steel Construction

Sustainability, in the context of designing and planning buildings, is quantified in terms of various measures of environmental, social and economic performance.