BASALT COMPOSITE REBAR

CHARACTERISTICS

Basalt composite rebar from Uzbekistan is a cutting-edge construction material that offers numerous benefits compared to traditional reinforcement materials.
It is manufactured from basalt rocks and formed into rods that serve to reinforce concrete and other construction materials.

The main advantages of basalt composite rebar:

  • Superior strength and resistance to tearing;
  • Resistant to corrosion and aggressive chemicals;
  • Safe for the environment, as it does not contain harmful chemical substances;
  • Light and easy to use, since basalt composite reinforcement is significantly lighter than other traditional materials;
  • Long-lasting and economical, because basalt composite rebar is very resistant to corrosion and does not require frequent replacement.

Basalt composite rebar is a construction material designed to enhance the strength of concrete structures. Composed of basalt fibre, it is significantly stronger and more durable than steel.

Basalt composite rebar shares the same coefficient of thermal expansion as concrete and is extensively used in the following industries:

  1. Construction of bridges, roads, tunnels, and other engineering structures;
  2. Reinforcement of concrete and other building materials;
  3. Manufacturing of composite materials;
  4. Hydraulic engineering;
  5. Vehicle production;
  6. Agriculture;
  7. Architecture.

 

The key benefits of basalt composite rebar include:

– Exceptional strength;

– Lightweight;

– Compact design;

– Resistance to corrosion;

– Flexibility in designing;

– Thermal resistance.

  1. Construction of buildings and structures: Basalt rebar can replace steel rebar in building and structure construction. It offers high strength and corrosion resistance, making it suitable for environments with high humidity or saltwater.
  2. Infrastructure: Basalt rebar is suitable for building roads, bridges, tunnels, and other infrastructure projects. Its high strength and resistance to harsh conditions make it an ideal choice for these projects.
  3. Residential construction: Basalt rebar can be utilized to strengthen foundations, walls, columns, and other structural components in house construction.
  4. Industrial construction: Basalt rebar can be utilized for building industrial facilities, including factories, warehouses, and power plants.
  5. Monolithic structure construction: Basalt rebar is suitable for monolithic buildings due to its strength and corrosion resistance.
  6. In road construction: Basalt rebar can reinforce the road surface, particularly in harsh conditions.
  7. In agriculture: Using basalt rebar in agricultural structures can extend their service life and decrease maintenance costs.
  8. In water protection zones: Basalt rebar is an excellent choice for these areas due to its corrosion resistance and resilience to saltwater.

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