Composite Group Chelyabinsk

Composite reinforcement with a diameter of 14 mm, is analogous to metal reinforcement with a diameter of 18 mm, when used in structures on a rigid base (power plates, foundations, etc.)

If earlier, any proposal directed to large construction companies was limited to what to apply, they are ready, but there is no regulatory framework for designing with the use of composite reinforcement. But now everything has changed. In connection with the approval of the MINSTROY OF RUSSIA - Set of Rules No. 295 "Concrete structures with composite polymer reinforcement. Design rules" more and more construction companies are considering the use of composite reinforcement. Thanks to this document and systematic work with the design department, one of the largest construction companies "COMPOSITE GROUP CHELYABINSK" began to supply composite reinforcement for filling underground parking. According to the project, the base plate of the underground parking was to be reinforced in two layers - the upper and lower rows of reinforcement with a cell of 200 * 200 mm, metal reinforcement with a diameter of 12 mm. After the design team, based on the newly introduced design rules, recalculated the loads that will act on the monolithic slab of the parking lot, a reasonable decision was made to use composite reinforcement made by COMPOSIT GROUP CHELYABINSK with a diameter of 8 mm. The cell size remained unchanged - 200 * 200 mm. Taking into account that, for the complete arrangement of the slab by the project, about 70,000 meters of 12 mm reinforcement were laid, the savings due to the use of composite reinforcement with the use of equal replacement amounted to more than 700,000 rubles Source -

      "COMPOSITE GROUP CHELYABINSK" In 2017, following the development strategy adopted at the enterprise, the company "COMPOSITE GROUP CHELYABINSK" initiated the implementation and application of the quality management system ISO 9001: 2015. The most reputable company in the world in the field of expertise, testing and certification, the German expert organization TÜV SÜD ( TÜV SÜD ), was involved in the role of an expert - auditor. The history of the TÜV SÜD concern goes back 150 years. December 21, 2017, the company "COMPOSITE GROUP CHELYABINSK" received a certificate in the following field of action: "Design, development, production and sale of composite polymer products intended for the reinforcement of building structures and elements in civil, industrial, road construction." ·          Incoming quality control of raw materials.   The incoming raw materials undergo complex chemical, mineralogical and technical control. Intermediate control. Monitoring and control of product characteristics at all stages of production. Final control. Testing of finished products for compliance   GOST and TU. Certificate of conformity   GOST 31938- 2012, TU 2296-001-21638592-2015. The company "COMPOSIT GROUP CHELYABINSK" is a member of the UNISCAN Association . All products are bar-coded. The company's responsibility for the quality of its products is insured by PJSC IC Rosgosstrakh for the amount of 30,000,000 rubles. "COMPOSITE GROUP CHELYABINSK"   - one of the leading manufacturers of fiberglass reinforcement and composite masonry mesh made of basalt and fiberglass   in Russia.

Benefits of Composite Reinforcement Mesh Lower price compared to conventional metal and galvanized mesh reinforcement; Durability - Composite materials are 100% corrosion resistant; Resistance to fracture: a polymer mesh can withstand a three times higher level of impact on pull-out and stretching at the same rod Ø with a metal mesh; Light weight; Inertness with respect to chemically aggressive substances that make up building materials. Easy installation on   object; Low electrical conductivity; High ductility; Significant reduction in costs for the delivery of material to the site and for loading and unloading operations; Area of use of composite reinforcement   nets Construction of residential buildings and structures 1. Increasing the bearing capacity of the concrete structures used: external and internal wall panels, including three-layer "sandwich panels", beams, floor slabs, etc. 2. Increase in the bearing capacity of concrete floors. 3. Increasing the bearing capacity of the walls of structures made of stone and brick. 4. Increasing the bearing capacity of decorative elements made of plaster and concrete. 5. Increasing the bearing capacity of the remaining gypsum or concrete structures.