Construction of frameless hangars

Frameless arched construction appeared in the 50s of the last century in the United States and has won worldwide popularity over the years.
On the basis of this technology frameless construction of buildings you can build all types of structures with different span width. You can build individual structural elements of buildings, including large-span arched roof. The molding machine produces panels with different curvature, so you can build constructions with a span of 10 … 30 m. Length of buildings is not limited.
Frameless arched structures are used as premises of factories, offices, warehouses, shops, workshops, warehouses, service stations, covered markets and sporting facilities, aircraft hangars, shops and shopping centers, buildings for the agriculture, livestock and others.

The main advantages of frameless construction of buildings are:
• material savings, time and frameless construction costs,
• simple, fast and convenient installation;
• carrying out transport infrastructure work.
• ECOM on Tranport,
• High strength;
• No seams, absolutely watertight, sealing structure;
• No need for maintenance and care;
• reduction of energy losses,
• durability.

Frameless construction of buildings is based on the high mechanical strength of the shaped metal. One of the priorities is the construction of frameless arched hangars. Frameless hangar, built on this technology is not inferior in performance hangar, the construction of the traditional method.

Basis of quality frameless construction is not only equipment, but also a well-trained staff with experience in the construction of hangars. Our company is engaged in construction of frameless buildings, more than 5 years. At the same time we take into account not only the impact of the external environment, but also customer requirements such as:
• the ability to perform the work by the customer,
• the location of the hangar at the site with natural slopes,
• the load on the internal surface frameless hangar
• placement of technological and other equipment,
• conditions of safe operation,
• technological openings (doors, ventilation, etc.)
• connection, utilities, if necessary.

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