Profiling lines for Omega, Sigma, Z, C, H-purlins for light-weight framing designs

LLC "Arkada-MB" - developed automatic lines for profiling building structures, purlins and structural sections:

LA 93 - Automatic cold profiling line for building structures
	Processed material: cold rolled steel with zinc coating Strip thickness:  a tape: 0,4...2,0 mm Coil width:  a tape: 80...400 mm A cut with a line stop. Productivity: 300 3-meter parts / hour Output product: purlins, open profiles for various purposes (construction, facade, etc.)
LA 138 - Automatic cold profiling line for building structures
	Processed material: cold rolled steel with zinc coating Strip thickness: 0,4…2,0 mm Coil width: 80…400 mm A cut without a line stop. Productivity: 800 3-meter parts / hour Output: purlins, perforated purlins, open profiles for various purposes (building, facade, etc.)
LA 141 - Automatic cold profiling line for building structures
	Processed material: cold rolled steel with zinc coating Strip thickness: 0,4…2,0 mm Coil width: 80…400 mm A cut without a line stop. Productivity: 800 3-meter parts / hour Output: purlins, open profiles for various purposes (building, facade, etc.)
Flexipress AI US 01
	Width of an initial profile: 100...250 mm Height of an initial profile: 45...50 mm Thickness of a metal profile: 0,8...2,0 mm Feeding speed of a section: 50 m/min Flexipress is intended for performance of a punching with a punched hole on profiles directing and a punching with an extract on rack-mount profiles.

Arkada-MB LLC offers TURN-KEY FACTORY KITS for the manufacture of components for light-weight metalframing for buildings.The designed capacity of the plant is 250,000 square meters of finished buildings total area, or 2500 household units of 100 square meters each year.

Numerous solutions are being actively developed in various countries around the world in the field of high-performance low-rise housing and industrial construction using light-weight framing, including Russian Federation."Arkada-MB" is the leader of the Russian market in the field of production of technologies and equipment for processing thin-gauge metals by pressure and is currently actively developing and promoting construction technology using light thin-walled structures made of galvanized steel.

For the first time in Russia, designers and engineers of the company "Arcade-MB" designed and developed a number of full-format, flexible, high-performance plants for the production of load-bearing elements of buildings, including purlins and thermoprofiles, as well as various construction, finishing elements and parts.

Plan for placing equipment at the plant for the production of components for residential and industrial buildings based on light-weight thin walled framing structures. The designed capacity of the plant is 250,000 square meters of finished buildings total area, or 2500 household units of 100 square meters each year.

Factory complexes include technologies and equipment for the production of light steel thin-walled structures for the construction of buildings and structures (light-weight framing), including termo purlin carriers, thermopanels in accordance with European standards, at the moment a new technology for the manufacture of termo purlins has also been developed and put into production - A stretch method that allows the production of more cost-effective products, with improved thermal characteristics, and can be used when pouring walls with light foam concrete).

Also, equipment for assembly of thermo-structural panels and frame elements is developed and ready for production, which significantly increases labour productivity and assembly time on the construction site. Depending on the financial capabilities, the interested buyer can purchase, as separate units of equipment that produce the metal frame parts, as well as a full-scale plant for the production of all the metal components of the houses and with the transfer of all necessary technology, documentation and development of all necessary processes.

Technology of construction with the application of light-weight framed structures - a look into the future.

The use of engineering methods ensured the high efficiency of this technology and allowed to transfer most of the construction problems to the factory conditions. Due to this, the amount of work on the construction site is reduced to a minimum, and accordingly, the speed of construction increases without sacrificing quality.

The main advantages of building technology based on light-weight framing structures:

• provides a significant share of the participation of small and medium-sized businesses in the building (there is no need in the construction techniques, the ability to carry out the construction of small teams without involving significant investments)
• the possibility of mass recruitment of labour that does not require a long period of training and preparation,
• high labour productivity on the construction site, 8-10 times higher than productivity in the construction of traditional technologies,
• low construction costs (approximately 14-16 thousand rubles for 1m2 finished economy-class houses)
• the possibility of all-season construction.

The main advantages of buildings built on LWF technology

• effective energy saving
• Reliability and long life of buildings (lifetime of steel frame up to 100 years)
• wide architectural possibilities and applications
• compliance with modern requirements for quality and comfort of living
• environmental friendliness
• resistance to seismic and other dynamic loads
• fire resistance
• low operating costs

Technology allows you to quickly and efficiently build buildings for various purposes: private houses up to 4 floors, as well as multi-storey buildings using different types of frame.

At the same time, this technology allows to effectively solve the problem of renovation and reconstruction of the existing housing stock. There is considerable experience in using this technology, including in Russia in the reconstruction of housing. Technology using light-weight framing allows you to reconstruct buildings, erecting attics, extensions and superstructures, using a set of systems - the wall system, the system of ceilings, roofing system, in the complex and separately.

Lightweight steel structures are also widely used in the standard methods of building multi-storey houses. The use of this technology in multi-storey construction significantly reduces the cost of facilities and shortens the work period if, based on the framework constructed by standard methods, external and internal walls are constructed using light steel structures.

With finely assembled industrial construction, a huge selection of modern high-tech building materials is provided, with each type of material performs certain functions.

The national problem of affordable housing requires new non-standard approaches and solutions. The main issue of housing availability is its price, and the main way to reduce prices is to increase supply in the housing market.

The mass consumer needs mass inexpensive housing.

The basis of building growth can only be an economy class housing.

The formula is very simple: today's construction complex is targeted at a population of about 20-30 million people.

It is necessary to formulate a strategy and policy in such a way as to provide for the remaining 120 million.

The task is complex, but nonetheless solvable.

It can be solved by introducing new modern building technologies available to small businesses on an industrial scale and with the active policy of the state aimed at forming an affordable housing market.

A revolution in the affordable housing market is possible - it is important to take the first steps.

On the basis of the technical assignment of the Customer, it is possible to design, manufacture and supply Automatic profiling line with the necessary characteristics and configuration.

You can open feedback form and fill in the required specifications.

On the basis of the technical project of the Customer, we can make the equipment with characteristics necessary for the Customer.