Сustomer, developer

Advantages of using reinforcement and composite mesh in construction

• Innovation and competitiveness. With the constant development of construction technologies, the use of the latest materials, such as composite reinforcement and mesh, allows developers to gain a competitive advantage. Modern construction technologies and new materials make it possible to create innovative, durable and efficient facilities that meet market requirements.
• Significant savings and reduction in construction costs. One of the main advantages of using composite reinforcement and mesh is the ability to significantly reduce the cost of construction. Replacing traditional steel reinforcement with composite counterparts reduces the cost of materials, transport and installation. The lightweight nature of the materials and their durability reduces the cost of future building maintenance. This allows developers to utilise their resources more efficiently, reducing the financial burden and contributing to the creation of more affordable housing or other facilities.
• Favourable impact on the efficiency of designers and contractors. If the client has sufficient knowledge of innovative technologies in composite construction and wishes to optimise their projects, they should actively influence the work of designers and contractors. With knowledge of current technologies and standards, the client can steer the work of designers and contractors in the right direction, ensuring that the project is efficient and cost-effective. This is important because designers, if not properly incentivised, may only focus on reliability calculations without taking into account the financial interests of the client, which leads to unnecessary costs at the expense of the latter. Therefore, the customer’s knowledge can help to ensure that the design is not only efficient but also economically feasible.
• Strength and durability of structures. Reinforcement and composite mesh give concrete additional tensile strength. Concrete itself is very strong in compression but has low tensile strength, so without rebar it will quickly break or crack. Reinforcement is incorporated into the concrete structure to prevent cracking and to increase its ability to withstand mechanical stresses.
• Corrosion resistance. The choice of composite reinforcement or mesh is particularly important as these materials are much more resistant to corrosion than steel reinforcement. Moisture, chemically active substances and temperature variations can lead to corrosion of metal. This reduces the strength and durability of the structure. Composite materials (e.g. glass fibre) do not corrode and significantly extend the life of buildings.
• Lightweight and easy to work with. Composite reinforcement is significantly lighter than steel reinforcement. This simplifies transport and installation, reducing logistics and labour costs. The lighter weight makes the structures easier to install.
• Improved thermal insulation properties. Composite materials have low thermal conductivity, so the use of reinforcement and mesh based on such fibres allows you to create more comfortable conditions inside buildings. Thanks to these properties, structures with composites are able to retain heat and reduce heat loss.
• Reduced material costs. The use of composite materials can significantly reduce overall construction costs. Composite rebar is less expensive than steel to process and manufacture, allowing builders to save money on materials without sacrificing quality. In addition, maintenance and repair costs are significantly reduced because the materials do not require additional corrosion protection.

The use of reinforcement and composite mesh is key to achieving high strength, durability and cost-effectiveness in construction. Due to their unique properties such as lightness, corrosion resistance, improved thermal insulation – composite materials help builders to reduce material costs and ensure the reliability and safety of structures.