ABOUT STEEL HOUSING

HOME Build Up Process Step by Step Procedure Presentation Slides Earthquake Test Sample HousesBuild_up_process.htmlStep_by_Step_Procedure.htmlPresentation_Slides.htmlEarthquake_Reality_Test.htmlSample_Houses.htmlAbout_Us.htmlshapeimage_1_link_0shapeimage_1_link_1shapeimage_1_link_2shapeimage_1_link_3shapeimage_1_link_4shapeimage_1_link_5
 
 
About Steel Housing Concept : With the occurrence of natural disasters around the world, the company we represent would like to build their business with the thought of contributing to those affected by the disasters in mind. They hope that the steel houses are constructed as soon as possible such that the affected cities can recover from their current situations. In this project, they will make use of local materials as much as possible to cut down building costs to its minimum, without compromising its proper construction. Using the money saved, they can then build better and stronger structures to withstand fire’s temperatures. Natural disasters are matters beyond human control but with this project effort, we can surely cut down the carnage and suffering by its aftermath to its minimum, safeguarding the lives of many homeless individuals and their properties. History of Steel Housing Steel frame houses began over 50 years ago and today many construction companies use the advanced technology of Quick Build Light Alloy Steel Frame Systems in Asia, Australia, Europe, New Zealand, U.S.A and the Middle East. In other countries, the large scale hospital (including 4 operation rooms) in Pakistan and the commercial housing in Indonesia are all built by the same methods. Typically these system can be used to build quality homes for the rich, the poor and the rest of us. Every style of home you can imagine can be built, from small cozy cottages to large executive homes, multiple level housing projects, disaster relief projects, hospitals, schools, holiday resorts, and small commercial buildings. Architects from New Zealand and America, together with engineers from Asia will be all set and ready to aid countries worldwide. With the machines and technology they provide and with the help of local labor and materials, (approved by expert engineers from New Zealand) construction costs can be greatly reduced thereby making the houses cheaper and more affordable. Along with the steel frames + foundations (including drainage pipes, plumbing and electrical wiring) to be done up before-hand, it will only take around 4-6 days for the complete construction of 10 to 12 houses. They group 3-4 people in a construction team thus many teams can start work simultaneously thereafter follow up by internal renovating works. In order to serve the purpose of providing aid to the citizens, buildings have to be secure, strong enough to withstand pressures and of course durable (buildings can last up to 50 years), most importantly it has to be constructed fast and cost efficient. Time is money, and so does it save lives, especially in places in need of help in the aftermath of a disaster. The company will ensure the engineers will be around during the construction and also to train the local worker groups. As such, even more buildings can be swiftly and securely constructed. The construction team can then be transferred to other places in need of help without delays. Furthermore, partnership with local companies can be done so as to ensure the long-term conditioning of the houses. About the Construction Market The company become concerned over the last few years about the rapid escalation of construction costs. According to Engineering News-Record, the Construction Cost Index (CCI) posted a gain of 4.6 percent last year. The Building Cost Index (BCI) showed increases of 5 percent for the year, mostly due to higher steel prices. The Materials Cost Index (MCI) ended the year with a 6.4 percent increase, as material price escalation provided the most fuel for inflation.

Some experts predict these numbers may level off somewhat this year due to record levels in the housing market. Even if these optimistic forecasts are accurate, they would simply bring construction costs back in line with typical inflation numbers.

The biggest driver of construction costs is the price of materials. During 2007/2008, steel prices skyrocketed more than 50 percent. Much of this caused by the increased demand from China (two-thirds of the world’s construction projects are underway in South China) as well as reduced exports from Russia, the Ukraine, and other major producers. This price inflation led to a ripple effect in the industry—from structural steel to metal studs. Builders who signed fixed-price contracts were forced to pass their costs along to developers. Others hedge by guaranteeing prices for a short time only. They were well aware of the increases and have calculated them into their costs.
 
Fortunately, the design-build process gives owners many opportunities to manage the unpredictability of rising materials cost. The design-build process enables this company, as a single responsible party, to manage costs from the project conception to completion. Cost-saving decisions can be made early in the process through value added engineering and value added management.

For example a recent redevelopment project, a 450-car parking garage had a preliminary design calling for structural steel and cast-in-place concrete. The construction company involved reengineered the project to pre-cast structural items, allowing the parking garage to come in under budget despite the escalating structural steel cost. 
One of the greatest advantages in the design-build process that this company uses is the ability to fast track so that the project can go from conception to completion in record time. Fast tracking provides the ability to close vendor contracts at an early stage to lock in the lowest possible price. On any project, cost increases can be avoided by developing the steel design early and ordering the steel early, locking in the cost price - months ahead of schedule.

Through the design-build process, they can identify the quantity of steel, masonry, and other needed materials from 3D conceptual designs. They can then work with suppliers to order materials at the beginning of the process, thereby locking in the lowest possible price. Suppliers will hold their prices with an order so they can provide a guaranteed maximum price to their clients.

It is also believed that incorporating the value added engineering process during the design phase, they make decisions in a timely manner to help control costs. For example, depending on the market, it may be advantageous to use lightweight steel framing or lightweight concrete products rather than wood, structural steel or reinforced concrete. Load-bearing walls may be more cost-effective than steel columns during a period of volatile steel pricing. On several recent retail projects, other design teams often change from structural post and beams with infill walls to load-bearing walls to maintain the budget.

In the design-build process, decisions made in the early stages of design have minimal cost impact on the project. Design-build creates a guaranteed maximum price and eliminates change orders during the construction phase, when they cost considerably more than they would during the design process.

The bottom line is this: Single-sourcing from them saves time and money by expediting the process. With careful planning - spiraling construction costs can be controlled. Quality The company, using your floor plans, will design and build your next project using high tensile steel framing, panels and other quality cladding materials, any where in the surrounding region of Asia. They will provide walls, ceilings and roof panels of exceptional strength and straightness to add value to your project and to satisfy the most demanding customers. Rapid framing service Using dedicated design software and specialized machinery, they manufacture all of the steel structural walls, ceiling frames and roof rafters or trusses on site, wherever your project is. They will also have panels sent to the building site to complete the building and then will finish the external plastering and internal cladding, using ‘their’ in-house contractors, or you can organize your own contractors and they will work with them to finish your project. They can provide complete, simple instructions and training, as required, to any of the tradesmen and contractors involved, many options are available where both parties can discuss further. Convenience Steel framing and panels are lightweight, extremely strong and versatile. There is no wet work or formwork needed to create walls, ceiling or floors. All framed components are automatically produced under computer control, ready for fixing together with rivets into wall frames, ceiling frames, roof frames and roof truss panels. These are then screwed together to make your dream home come true. The use panels that are dry, enable us to build so that windows, doors and roofing can be added without delay – in ALL seasons. They can also fabricate and build strong straight steel frame walls, ceiling panels and roof rafter panels that can be clad in a variety of covering materials and they are not limited by standard floor plan designs or limited by the extreme weight imposed on building sites by other heavier building methods. On-site modifications can be easily made if necessary but their thorough design methods will always try to cover all your needs and desires early in the design discussions. Durability This company build using steel framing using zinc coated BHP steel and quality fasteners rated to meet the 50-year durability requirement of international building codes. Steel frames will not rot, rust, warp, burn or suffer attacks by termites. All the materials we use for claddings i.e plaster board, insulation panels and panels also meet with these terms and are ideal for dry construction methods. Technical support They can provide full technical support including engineering specifications for building authorities and can provide complete, simple instructions and training as required, to any tradesmen and contractors involved. They are affiliated to a New Zealand company who is a member of the National Association of Steel-Framed Housing (NASH) in New Zealand. All steel framing comes complete with Producer Statements to comply with the Building Codes and will meet all known Building Authority requirements. Cost Savings This technology of construction will save you time and money. Because erection is rapid and dependable, completion is faster year round, and occupants can move in sooner. You can enjoy faster return on investment. The advantages of building with steel frame and AAC blocks and panels are many, one of them is the fact that costs and production times are known and there is no need for delay in the construction process. Except for the concrete floor and drainage laid in that floor, all the steel structure is designed in CAD, manufactured by their roll former without any delay or influence from any outside party. They know how long it takes to make frames, they know how much their steel coil costs them, they know the costs of all the materials and fasteners needed. They use local labour when working on projects in your town and they are able to use locally sourced windows and doors and roofing materials. Fully Integrated System Steel Framed Homes • Latest light-weight structural building system • Makes structural walls not just infill panels. • Many cladding options available. • Any house design possible up to 4 levels. • Design time reduced by using 3D CAD. • Fabrication by CNC roll former. • Cost savings in labour and materials Advantages of Steel Frame Housing Cost and supply of materials more stable than that of reinforced concrete and brick 1. Greater cost savings for your project 2. Steel fabrication computer controlled 3. Less man power needed on site 4. Faster construction time, less downtime 5. Higher quality finish guaranteed 6. Less waste on site, no need for rework 7. Onsite redesign possible if needed 8. Comes with a 50 years warranty 9. Lighter weight structures – engineering advantage 10. Onsite fabrication and construction – no delays 11. With modern claddings – lower maintenance 12. Modern methods of construction – lower costs 13. Better methods – quicker return of investment 14. CNC technology – no need for skilled labour 15. Local supplies - support of local business’s 16. Steel can be recycled – environmentally friendly

Leaders in Earthquake Resistant Housing using :


Steel framing design software

Computer controlled production

Portable roll-formers


The entirety of this site is protected by copyright © 1991-2015 MM System Marketing & Consultancy