secondary framing system
RBS provide Pre Engineered Building solution for secondary framing system with high quality profiling of Z and C purlin with provision of 80mm to 300mm to suite every need and to minimize the cost of the building in both C and Z purlins. We provide on line punching facility in web and Flange and even in center to meet every need as required in Pre Engineered Building. Secondary framing consists of the elements which support the roof and wall sheeting and which transfer loads to the primary framing: Roof purlins Wall girts Sag Rod/ Sag Angle Bracing Framing of openings
...moreSandwich Panel
Sandwich panel solutions include everything needed to complete a structure: panels, fixings, flashings, profiles, sealants, lifting equipment as well as first-class technical support. RBS panel solutions meet all the demands of modern building: attractive design, excellent fire safety, long spans, short construction time, energy efficiency and cost effectiveness. We also provide solutions for facilities with specialised needs, such as extra fire-safety, hygiene, sensitive acoustics, and attractive architecture. Together with optimal detailing these contemporary sandwich panel solutions meet the technical, aesthetic and budgetary demands of all parties involved in a building project. RBS sandwich Panel System also provides a unique service package based on our expertise and experience. Our reliable and flexible operations facilitate project from planning to installation. The service package includes a complete range of support, ensuring smooth design, precise deliveries and fast installation, and minimising cost. To meet the most stringent architectural design requirements, products are being made available in the following base material and external finish combinations.
...moreMezzanine Floor
A mezzanine building / floor is a raised platform that is independent of a building structure and is supported by steel columns. Mezzanine flooring can create additional floors of space for a variety of different uses such including storage or extra office space. Mezzanine floors are a very quick and cost effective way to create new space with little expense and inconvenience of relocation. A steel structural mezzanine building floor utilises the overhead space in your existing premises with the minimum of disruption and in most cases without the need for planning permission. It is fully customised to a organisation’s own specific needs, available in a wide range of floor surfaces and sizes to maximize and improve space in order to get the best use from the total volume of the premises. A mezzanine floor can cope with many different applications, from light storage to the support of very heavy machinery. There are a few different types of mezzanines; including stick built, fiberglass, and rack-supported. In general, the two most common types of mezzanines are cold rolled and structural steel. Understanding the differences in the way the two types of mezzanines are manufactured is crucial to ensuring you choose the right product for the job. Structural steel mezzanines are constructed of hot rolled structural I-beams which connect in a post-and-beam manor to I-beam columns. Open web bar joists are then used to construct the sub-floor support. While structural steel mezzanines do have a higher dead load than cold rolled systems, they also offer major advantages. The most commonly required benefit of structural steel is greater column spacing. Instead of the limited 10 to 15 feet achievable with cold rolled, structural steel mezzanines can have column spacing over 25 feet as well as load ratings well over the standard 125 Kg/m2. This means when using a structural steel mezzanine system, more material can be stored in a smaller area – with more space for maneuverability underneath. Mezzanine systems can be finished with wet paint or powder coated. Cold rolled systems can be pre-galvanized whereas structural steel must be hot-dipped in order to become galvanized. Decking options for both systems include: decking sheet and plywood, bar grating, and plank decking. With structural steel, however, there is the added option of either finishing the floor in concrete or with Checker plate.
...morehi rib roofing sheet
RBS 255 Hi-rib Profile is manufacture from Pre-painted Zincalume/ Galvalume steel steel (PPGI) AL-Zn Alloy coated steel AZ-150 as per ASTM-1397 (Bare Galvalume) and color coated Al-Zn Alloy coated steel (Color Coated Galvalume) with a cover width of 1020mm, overall width of 1060mm, pitch of 250mm and a crest height of 32mm. RBS 255 Hi-rib Profile can be fixed on both roof and wall cladding and any slope and height as per the designers choice.
...moreFibre Reinforced Plastic Sheet
Polycarbonate Sheet RBS’s Fibre reinforced plastic (FRP) provides a solution for roofing sheet primarily used for Green Building solution where sufficient light is required inside the building to save the energy. FRP sheet can be manufactured in existing steel profile sheet or required profile as required and in various thickness. FRP can be made in different colours and with Ultra Violet coating to protect from UV present in sunlight. FRP sheet can be used at many places like Roof Light in Industrial Sheds, Roofing and cladding sheets Covering of outer /main gates, grills & Boundary Wally for Privacy & Acoustic Insulation. Covering Verandah in FRP Doors. Window Canopy. Car & Scooter Parking sheds. Walk Ways like covering of Sub ways Covering of Green areas. Sign boards. Designer sheets for interior Decorations. Partitions. FRP sheet is available in different thickness as per the requirement of client and frame spacing. The most common thickness to use in roofing is 1.8mm, 2.00mm and 2.20mm and for cladding 1.2mm to 1.80mm. These sheets can be arranged in required colour and with UV protection to protect from Ultra Violet rays.
...moreModule Mounting Structure
Clip Lock System
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