Construction Building With CE Approved Prefabricated Steel Structure Workshop Warehouse MOT Station Steel Building
The brief-For this MOT station steel building, David Brooks the owner of Massey Truck needed a large workshop and vehicle testing / inspection area.
The concept
The building would need to accommodate an inspection pit, which was to be installed by specialists. Large access doors would be required at each gable end for lorry access. An internal partition wall was required to separate the inspection and main workshop areas.
Planning permission for this steel framed building would also need to be obtained by DPL prior to work starting. Building control services would need to be arranged to ensure full sign off at the end of the project.
The solution
We started on site with the concrete pad foundations at each column base, we also installed the required drainage downpipes and storm water solution. The foundations were built for the inspection pit area, which also required encasing in concrete once it had been installed.
The building was a non-heated, non-load bearing cold rolled galvanised frame with single skin cladding for the roof and walls. The roof was supplied with an anti-condensation liner to reduce condensation forming on the roof and to prevent drips.
The internal partition wall was erected with a 40mm composite sheet material, this was to reduce the sound level between the two units.
Why Choose Steel Structure
Steel Was A Stand By Material For A Long Time In The Architectural Framework, But When It Is Recognized For Its Natural Beauty And Structural Integrity, The Result Can Be Inspiring. Master Architects Such As Zaha Hadid, Frank O Gehry, And Moshe Safdie Have Challenged The Idea Of Using Only Steel To Construct A Skeleton Of The Building And Create Innovative And Surprising Fluid Structures. Many Modern Architects Are Experimenting With The Aesthetic Of Steel From Rust Texture To Polishing For A High Shine Finish.
Basically Here, The Buildings Are Made Up Of Steel Frameworks Which Support All The Loads Where Columns, Beams, And Girders Are Made Up Of Steel Sections. They Are Flexible, Which Makes Them Very Good At Resisting Dynamic (Changing) Forces Such As Wind Or Earthquake Forces.
product specification
| Name | 40*60 commercial prefab steel building cost in Africa China supplier | |
| Dimensions | Length | H beam: 4000-15000mm |
| Thickness | web plate: 6-32mm | |
| wing plate: 6-40mm | ||
| Height | 200-1200mm | |
| Color | According to customers | |
| Size | MOQ is 200 m2, width * length * eave height, | |
| Advantages | 1. Lower cost but beautiful outlook. | |
| 2. High safety performance. | ||
| 3. easy to assemble and dismantle | ||
| 4. manufacture under complete quality control system---ISO9001 | ||
| 5. installation with instruction of experienced engineers | ||
| 6. Non-pollution. | ||
| Main components | Base | Cement and steel foundation bolt |
| Main frame | H beam | |
| Material | Q235B, Q345B or others as buyers' requests. | |
| Purlin | C or Z purlin: Size from C120~C320, Z100~Z20 | |
| Bracing | X-type or other type bracing made from angle, round pipe | |
| Bolt | Plain bolt and High-strength bolt | |
| Roof & wall | Sandwich panel or color plate | |
| Door | Sliding or rolling door | |
| Window | Aluminium alloy window | |
| Surface | Two times of Anti-rust Painting or Hot Dip Galvanized | |
| Sheet | 0.5mm or 0.6mm galvanized sheet | |
| Accessories | Semi-transparent skylight belts, Ventilators, | |
| down pipe, galvanized gutter, etc | ||
| Usages | 1. workshop, warehouse, plant | |
| 2. Steel web frame structure | ||
| 3. Steel H-column and steel H-beam | ||
| 4. Portal frame products | ||
| 5. High rise building project | ||
| 6. Others steel structure buildings | ||
| Drawing | According to drawings or according to customer ' s requirement. | |
| If you need we design for you, please supply us the following parameter | ||
| Design Parameters | together with detail size: | |
| 1) length, width, height, eave height, roof pitch, etc | ||
| 2) wind load, snow load, raining condition, seismic requirements, etc | ||
| 4) Demands for doors and windows | ||
| 5)Other information if necessary | ||
