Carbon and lime injection systems are special injection methods used in the construction and building industry. These systems aim to provide extra durability to the structure by injecting carbon or lime-based materials in concrete structures or other building elements.
Here are the basic principles of carbon and lime injection systems:
Carbon Injection System: The carbon injection system involves injecting carbon fiber reinforced polymers into concrete structures. This method is used to increase the strength and durability of the concrete structure. Carbon fiber reinforced polymers allow the concrete structure to resist more stresses, cracks and deformations.
Fibers produced from carbon are injected into predetermined areas and placed inside the concrete structure. This injection process strengthens the connections between the structural elements and prevents the formation of cracks.
The carbon injection system is mainly used for reinforcement of reinforced concrete structures, improvement of bridges and structural repairs.
Lime Injection System: Lime injection system involves injecting lime-based materials to fill cracks or gaps in building elements.
This system is used to provide extra durability to the structure and to extend the life of the concrete structure.
Lime-based materials are injected into predetermined areas and cracks or gaps are filled. This injection process aims to repair structural elements, provide sealing and maintain structural integrity. Lime injection system is especially used for the repair of leaking structures, cracks in the foundation of buildings and structural damage.
Carbon and lime injection systems are effective methods to increase the durability of structures, repair damage and extend their life. These systems provide structural reinforcement and improvement by using them in concrete structures and other structural elements. When applied properly, carbon and lime injection systems make structures last longer and become safer.