Summary： HM FRP composite strengthening system provide efficient fiber reinforced polymer (FRP) materials for the structural reinforcement and strengthening of concrete, masonry and timber structures in need of repair or upgrade.

The Horse FRP (Fiber - Reinforced Polymer) Composite Strengthening System is a advanced structural strengthening technique. FRP composites are made of high - strength fibers (such as carbon fibers or glass fibers, carbon fiber plate, carbon fiber anchor, carbon fiber jackets, carbon fiber mesh and carbon fiber rod) .

Advantages of the Horse FRP Composite Strengthening System

High Strength - to - Weight Ratio:

Compared to traditional strengthening materials like steel, FRP composites offer a much higher strength - to - weight ratio. This means that a relatively thin layer of FRP can provide significant strengthening without adding a large amount of dead weight to the structure. For example, in a building retrofit project where additional load - bearing capacity is needed for upper floors, the use of FRP composites can strengthen the slabs and beams without overloading the foundations due to the light weight of the material.

Corrosion Resistance:

FRP composites are highly resistant to corrosion. In structures exposed to harsh environmental conditions such as coastal areas with high salt content in the air or structures in industrial environments with chemical pollutants, FRP strengthening can provide a long - term solution. Unlike steel reinforcements that can rust and deteriorate over time, FRP composites maintain their integrity and strength.

Versatility in Application:

The Horse FRP Composite Strengthening System can be used to strengthen a wide variety of structures and structural elements. It can be applied to concrete, masonry, and even some metallic structures. The flexibility of the FRP sheets allows them to conform to the shape of the structure, whether it's a curved beam or a complex - shaped column. For example, in the strengthening of a historical masonry arch, FRP composites can be carefully applied to enhance its load - carrying capacity while minimizing the impact on the original appearance of the structure.