Experts in structural solutions

We contribute as a contractor, subcontractor or supplier with technical assistance in the construction, reinforcement and maintenance of structures throughout Peru. From engineering to the implementation of technical solutions on site and the manufacture of specialized products, we accompany each project with the same principles of excellence, innovation, performance and sustainability. Our expertise includes post-tensioning, seismic isolation, structural repair, concrete protection, bridge stay cables, main and suspension cables for bridges, structure reinforcement and heavy lifting, offering high technical value solutions adapted to the most demanding challenges.

  • +130
    Projects executed in Peru
  • +10
    Years of presence in the country
  • + 2,500
    Isolators tested and supplied in Peru
  • +52
    Post-tensioned structures
What we do

Our capabilities in new construction & repair  

Post-tensioning of structures

We design and implement post-tensioning systems in new and existing structures. This technology allows us to optimize structural design, reduce cross-sections, minimize cracks and increase durability in buildings, bridges and industrial infrastructure.

Seismic isolation

We supply elastomeric and pendulum seismic isolators that significantly reduce the energy transmitted to the structure during an earthquake. Our products are designed to maximize safety and operational continuity in hospitals, bridges and strategic buildings. We also provide technical support for their correct specification and application on site.

Stay cable for bridges

We supply and install stay cable systems, main and suspension cables for suspension and cable-stayed bridges. Our technology guarantees high strength, corrosion protection and ease of long-term maintenance.

Pendulums for bridges

We supply and install bar and cable hangers for arch bridges, designed to transfer loads safely and efficiently. Our solutions guarantee excellent fatigue behavior, high durability and ease of inspection and maintenance, adapting to different structural requirements and demanding environmental conditions.

Heavy lifting

We design and supply systems for the controlled lifting of heavy structures using synchronized hydraulic technology. This solution allows safe and precise lifting of bridges, industrial structures, heritage sites and prefabricated components, guaranteeing millimetric control and reduction of operational risks.

Structural reinforcement

We execute reinforcement solutions with materials such as steel, carbon fiber or external post-tensioning systems. We address structural deficiencies, changes of use or expansions, ensuring greater capacity and useful life of the structures.

Road joints

We supply expansion joints for bridges and structures subjected to thermal, seismic or load movements. Our solutions are designed to absorb displacements without compromising the continuity of traffic or the durability of the structure, offering high performance, watertightness and ease of maintenance.

Structural support

We supply structural bearings for bridges and buildings, designed to transfer vertical loads, accommodate displacements and rotations, and absorb seismic or thermal movements. Our solutions include elastomeric, pot, spherical and sliding bearings with high durability and low maintenance.

What we do

Reinforced Earth® Solutions  

Retain

As the inventors of Reinforced Earth® and leaders in the reinforced soil structure industry, we offer solutions for all retaining projects. We offer a wide range of retaining solutions, including our iconic Reinforced Earth® technique, as well as GeoTrel® and TerraLink®; our precast retaining wall systems, T-Wall® and TechWall®; and reinforced slope solutions such as ArmaGreen® and ArmaStone®.

Cross

Our customized crossing solutions can be used to construct bridge abutments, as well as concrete arches for tunnels, or box tunnels. We offer a wide range of solutions for the design of structures that span various natural and unnatural obstacles. This includes our TechSpan® precast concrete arch system, steel arches, TechBox®, and their derivatives.

Protect

Our solutions provide protection for people, infrastructure, and the environment from natural and industrial hazards. Our protection systems are designed to mitigate damage caused by natural disasters or related phenomena, as well as industrial risks. Our solutions portfolio includes options for protection against rockfalls, avalanches, and landslides; erosion control and scour protection; wave and flood barriers; and slope, floodplain, and coastal management.

Strengthen

We offer solutions and supply the full range of high-quality geosynthetics for geotechnical engineering and basal reinforcement projects.

Comprehensive approach to specialized engineering

We accompany the entire project cycle: from diagnosis and engineering, to manufacturing, supply, on-site supervision and after-sales support, offering technical solutions adapted to each structure.

At Freyssinet Peru we provide a comprehensive service that covers all stages of the project: analysis and evaluation of pathologies, detailed engineering, manufacturing of specialized products (insulators, tie rods, supports, joints, etc.), technical supply, on-site assistance during execution and post-delivery support. This value chain allows us to guarantee the quality, safety and durability of the solutions applied, reducing risks and optimizing efficiency in each structural intervention.
– Smooth coordination between project stages
– Time savings and reduction of technical errors
– Specialized assistance at each stage of the process
– Quality assurance from design to execution
– Customized solutions according to each structure and regulations
– Continuous post-delivery support and preventive maintenance

Advantages of the Freyssinet approach

Why choose integrated services?

01. Technical complexity

Projects that require advanced engineering solutions to ensure structural safety and long-lasting performance.

02. Extreme conditions

Works in seismic zones, aggressive climates or difficult access requiring resistant products and specialized technical assistance.

03. Tight deadlines

Interventions that must be executed in short time frames, where precise planning and delivery are key.

04. Existing works

Reinforcement, repair or adaptation of structures in use without interrupting operations or compromising their stability.

References

Post-tensioned bars
San Martin, Peru

Huallaga Bridge

Post-tensioned bars used in the abutments and main towers of the cable-stayed bridge over the Huallaga River. This system allowed for an efficient and high-strength structural connection, key to supporting the loads of the bridge deck and stay cables. The solution used ensured durability and displacement control in elements subjected to significant stresses.
Spherical bearings
Junín, Peru

Comuneros II Bridge

Spherical bearings installed on the Comuneros II bridge, designed with an anti-lift system to resist tensile loads. This solution ensured the structural behaviour in the face of inverse vertical loads, guaranteeing continuity and stability under demanding seismic and service conditions.
Roadway Joints
Lima, Peru

Pavletich Bridge

SFX type seismic joints capable of absorbing severe multi-axial displacements. Installed in the Pavletich Bridge to guarantee functionality and seismic safety.
Roadway Joints
Arequipa, Peru

Balcones de Chilina Bridge

Toothed type metal joints installed in the Balcones de Chilina bridge, designed mainly to absorb thermal movements of the deck, as well as other structural displacements. Manufactured in high-strength steel, their toothed geometry allows for efficient load transmission and guarantees long-lasting performance with minimum maintenance, even under high traffic conditions.
Seismic Isolators
Lima, Peru

Yellow Line Road Concession

Seismic isolators installed in the underground viaducts of the Yellow Line, designed to decouple the structure from ground movement during earthquakes. This solution significantly reduces the accelerations transmitted to the superstructure, increasing safety and extending the useful life of the structure without requiring structural interventions after a seismic event.
Seismic Isolators
La Libertad, Peru

Salaverry Port Terminal

Seismic isolators installed in the Salaverry dock as part of the structural protection strategy against large earthquakes. These devices decouple the structure from the movement of the ground, drastically reducing the seismic forces transmitted and ensuring the operability of the pier after a seismic event.
Seismic Isolators
Lima, Peru

Expansion of the UTEC Phase II Campus

Seismic isolators installed in the extension of the UTEC campus (Phase II), designed to protect the structure against seismic movements, prioritising the operational safety of the educational building.
Seismic Isolators
Lima, Peru

San Juan de Matucana Hospital

Seismic isolators installed in the main structure of the hospital, focused on guaranteeing post-earthquake operability in an area of high seismicity.
Post-tensioning Building
Lima, Peru

La Jolla de Asia Building

Supply and installation of the post-tensioning system in the slabs of the La Jolla building, a high-rise building project located in Asia - Lima. The solution allowed the structural design to be optimised, reducing the thickness of the slabs and increasing the free spans between columns. This not only provided technical efficiency and material savings, but also offered greater architectural flexibility for the interior spaces.
Hydroelectric Power Plant, Post-tensioning
Huánuco, Peru

Chaglla Hydroelectric Power Plant

Engineering, supply and technical assistance for the post-tensioning system for key structures at the Chaglla Hydroelectric Power Plant, including forced conduits, load chamber and other elements subjected to high stresses. Post-tensioning was essential to ensure crack control, improve structural performance under high internal loads and extend the life of the structures. Anchors and 37C15 tendons from the Freyssinet range were used, designed for both hydraulically and geotechnically demanding conditions, ensuring robust and safe long-term performance.
Post-tensioning
Cusco, Peru

Kutuctay Bridge

Engineering, supply and technical assistance for the post-tensioning system for the Kutuctay Bridge, executed using the balanced cantilever construction method. The system allowed the segmented construction of the deck from the piers to the spans, balancing loads at each stage without the need for temporary shoring. Post-tensioning was key to ensuring structural continuity, controlling deferred deformations and resisting stresses in a complex geometry over steep topography. High-performance tendons, specialised anchors and rigorous tensioning protocols were used to ensure long-term durability and structural stability.
Hrod Bar Pendants
Lima, Peru

Pavletich Bridge

Detailed engineering, supply and technical assistance for the installation of HROD bar hangers on the Pavletich Bridge. These high-strength steel bars were used as deck suspension elements, guaranteeing safe and durable load transfer. The system is noted for its excellent fatigue behaviour, especially under repetitive dynamic loads, and for requiring significantly less maintenance.
H1000 Cable Hangers
Junín, Peru

Puerto Ocopa Bridge

Detailed engineering, supply and technical assistance for the H1000 cable hangers installed on the Puerto Ocopa arch bridge. The hangers, used to suspend the intermediate deck, are composed of high performance cables with multi-layer corrosion protection systems, ideal for wet and aggressive environments. This solution combines excellent fatigue resistance with simple and affordable maintenance throughout the life of the structure, ensuring reliability over time and reducing operating costs.
H2000 Tie Rods
Junín, Peru

Comuneros II Bridge

Detailed engineering, supply and installation of H2000 stay cables on the Comuneros II cable-stayed bridge. These stay cables, essential for the deck suspension system, were designed to withstand high axial loads under demanding dynamic conditions. State-of-the-art corrosion protection systems were used, ensuring long-term durability even in harsh urban environments.
H2000 Tie Rods
Junín, Peru

Cantuta Bridge

Detailed engineering, supply and installation of H2000 stay cables on the Cantuta cable-stayed bridge. These high performance structural elements were installed as part of the main suspension system, transmitting loads from the deck to the towers. The stay cables have integral corrosion protection, suitable for demanding climatic conditions, and offer excellent fatigue behaviour. The installation was carried out with specialised equipment and on-site tensioning control procedures, ensuring the accuracy and safety of the system.
INCOT GENERAL CONTRACTORS
Junín, Peru

Perene Bridge

Supply and installation of the main and auxiliary cable system for the Perene Suspension Bridge, using state-of-the-art Cohestrand technology. These cables, designed with a cohesive core and advanced corrosion protection, offer high load capacity, excellent fatigue performance and ease of handling and installation. The solution improved the safety and durability of the structure, with a modern system adapted to the requirements of long-span suspension bridges in demanding environmental conditions.
OAS
Lima, Peru

Trujillo Bridge

Controlled lifting service of large loads on the Trujillo Bridge, a heritage structure, through the implementation of the LAO synchronisation system. This technology made it possible to precisely distribute the forces between multiple hydraulic jacks, ensuring a uniform lifting of the superstructure without generating unwanted differential forces. The procedure was key to intervening the bridge without compromising its structural integrity or historical value, allowing maintenance work or the replacement of supports in complete safety and control.

Join us

Join us

Contact Form