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Erosion control and slope stability are critical elements in civil engineering, and Maccaferri’s MacMat Range stands at the forefront of innovative solutions. Join us for an insightful webinar as we delve into the versatility, precision, and transformative power of Maccaferri’s MacMat Range in addressing erosion challenges and ensuring stability on slopes. Explore real-world applications, design considerations, and best practices that make MacMat the go-to choice for sustainable and resilient projects.

Explore the diverse world of geosynthetics with a focus on Maccaferri’s solutions. This webinar will cover applications of geogrids, geotextiles, and other innovative products in soil reinforcement, retaining structures, and sustainable construction practices.

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Dive into the realm of hydraulic Works with Maccaferri’s gabions and Reno mattresses. Learn how these solutions provide effective erosion control, stabilise riverbanks, and enhance watercourse resilience, with a spotlight on case studies and design considerations.

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Explore Maccaferri’s geocomposite drainage solutions designed to manage water in civil engineering projects efficiently. Learn about preventing soil erosion, controlling groundwater, and optimizing drainage systems for improved project performance.

Join us on February 27th

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Register to our next live webinar!

Register for our upcoming webinar!

Register to our next live webinar!

Register for our upcoming webinar!

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Whenever construction is carried out upon soft or unstable ground, there is the possibility of settlement: this can include geological effects caused by subsidence, sink holes as well as man-made effects, such as mining voids. On the other hand, when overburden on native ground is largely increased, there is the issue of differential settlement or collapse. Within mining works, stockpiled materials or heap leach pads impose great surcharges upon the ground.

Whenever construction is carried out upon soft or unstable ground, there is the possibility of settlement: this can include geological effects caused by subsidence, sink holes as well as man-made effects, such as mining voids. On the other hand, when overburden on native ground is largely increased, there is the issue of differential settlement or collapse. Within mining works, stockpiled materials or heap leach pads impose great surcharges upon the ground.

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Join us on June 15th!

MacDrain: Sustainable, efficient geocomposites for durable structures, lightweight, easy installation, long-lasting performance.

Developed in cooperation with specialist contractors to ensure safety and buildability, our portfolio of rockfall protections and natural hazard mitigation systems is certified and tested by leading institutes in accordance with the latest standards using state of-the-art modelling software and techniques.

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Protecting vulnerable soils through stabilisation has become a priority in multiple sectors, from agribusiness to oil & gas, from coastal protection works to restoration after natural disasters. The approach to watercourse management is increasingly considering social and environmental aspects along with the economic impacts of hydraulic structures. Understanding of hydraulic engineering and watercourse ecosystems enables us to find a better balance between the demands of our societies and environmental equilibrium.

Our next live webinar!

Our next live webinar!

Maccaferri are a leading international provider of advanced solutions to the civil, geotechnical and environmental construction markets. This webinar will delve into what we do and how we can help you with your projects today.

For over 100 years we have been working every day to develop nature-inclusive engineering solutions that can meet the needs of the present while anticipating the needs of the future.

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For over 100 years we have been working alongside clients to develop nature-inclusive engineering solutions that can meet the needs of the present while anticipating the needs of the future

Our expertise has been built up over 100 years of solving retaining structure problems and continuously innovating our offer of tested and certified solutions. In addition, partnering with leading institutions and professionals we endeavor to develop new design approaches and design tools to enhance the service life of our walls and soil reinforcement structures.

Drainage Composites are made up by associating , during production, a draining core layer (it can be either a mat, a net or a moulded element) between two layers of geotextiles. The composite is capable of providing either filtering, separation and, sometimes, also other functions such as protection. Even with the multiple uses the main purpose is the drainage one, for this reason, the long term draining performances of the composite must be well known (compressive creep flowarate variations, filter efficency etc.).

Gawac 3.0 software, our new design software for gabion walls, enhancing long-term performance and reducing the environmental impact.

For over 140 years, we have developed solutions that enhance river ecosystem resilience including the social ability to recover quickly from catastrophic events.

Maccaferri works alongside its clients to develop, manufacture, design and supply solutions for the railway industry.

For over 100 years we have been working every day to develop nature-inclusive engineering solutions that can meet the needs of the present while anticipating the needs of the future.

Protecting vulnerable soils through stabilisation has become a priority in multiple sectors, from agribusiness to oil & gas, from coastal protection works to restoration after natural disasters.

Decades of experience led Maccaferri to design, manufacture and supply rockfall protection systems for some of the most important infrastructure in the world.

Challenges faced when modifying soil slopes. Modifying soil slope angles beyond their natural angle of friction can lead to slope instability. This situation can arise when cutting back slopes to install a new highway, or to gain development area on a sloping site. Improving soil performance with geogrid reinforcement.

Challenges faced when modifying soil slopes. Modifying soil slope angles beyond their natural angle of friction can lead to slope instability. This situation can arise when cutting back slopes to install a new highway, or to gain development area on a sloping site. Improving soil performance with geogrid reinforcement.

With our skill and experience in this solution area and using our design software MacSTARs, we can combine geogrids with other systems such as our Terramesh®, Green and Mineral Terramesh® to form hybrid structures offering additional benefits of cost-effectiveness and improved buildability.

Over the last few decades, the world has been rapidly urbanizing. According to the United Nations, in 1950, only 30% of the world’s population lived in urban areas: now, that proportion grew to 55% and it is expected to reach 70% by 2050.

When it comes to river works and coastal protection, the underwater implementation of solutions can be challenging. Our gabions and mattresses have proved to be excellent solutions: the idea to simplify their underwater installation while maintaining their efficacy led to the development of new solutions.

Situations that require our cost-effective engineered solutions. Where only a narrow construction corridor is available, or a reinforced soil structure with a vertical face in urban areas is required, we offer clients our cost-effective engineered solutions.

Watercourse management preserves ecosystems as well as human activities from the severe issues that uncontrolled water can cause. The approach to watercourse management is increasingly considering social and environmental aspects along with the economic impacts of hydraulic structures. Understanding of hydraulic engineering and watercourse ecosystems enables us to find a better balance between the demands of our societies and environmental equilibrium. 

Our expertise has been built up over 100 years of solving retaining structure problems and continuously innovating our offer of tested and certified solutions. In addition, partnering with leading institutions and professionals we endeavor to develop new design approaches and design tools to enhance the service life of our walls and soil reinforcement structures.

Soil erosion becomes a serious issue not only for the physical removal of topsoil, but also from an environmental perspective. Deterioration of the topsoil can cause loss of biodiversity, flooding by poor water holding capacity and an unbalanced exchange of CO2 with the atmosphere. Vegetation plays a key role in soil erosion prevention, therefore its growth must be preserved.

HELLOMAC is the brand new solution which provides our client with real-time connection to rockfall protection systems. It is an alert system for safeguarding lives, infrastructures and buildings protected by any kind of barriers, able to detect events (boulders, stresses, sagging, etc.) and sending real-time notifications via APP, email, SMS.

Coastal erosion is a critical issue with serious environmental and social impacts that affects a large percentage of the world’s population.

Rockfall protection and rockfall mitigation are key elements in the security and safety of buildings or people.

For over 100 years we have been working alongside clients to develop nature-inclusive engineering solutions that can meet the needs of the present while anticipating the needs of the future

Disaster risk is taking on new shapes and sizes. In order to face the increasing exposure to risks, we need safer and more robust solutions.

We have a long-standing experience in developing nature inclusive solution that prevent soil erosion while promoting vegetation growth. Our engineered solutions reduce the risk of damage to infrastructure lines due to superficial landslides and at the same time act as a first, natural like, protection barrier against slope instability phenomena. Furthermore, our solutions have been extensively used to mitigate the risk of soil slump in landfill capping and other applications in which a layer of soil is placed onto a surface with low friction angle.

Developed in cooperation with specialist contractors to ensure safety and buildability, our portfolio of rockfall protections and natural hazard mitigation systems is certified and tested by leading institutes in accordance with the latest standards using state of-the-art modelling software and techniques.

Our expertise has been built up over 100 years of solving retaining structure problems and continuously innovating our offer of tested and certified solutions. In addition, partnering with leading institutions and professionals we endeavor to develop new design approaches and design tools to enhance the service life of our walls and soil reinforcement structures.

Our ParaProducts are amongst the oldest, most tried-and-tested geogrids in the world. They offer a 120-year design life and high performance, in particular against damage and creep.

Whenever construction is carried out upon soft or unstable ground, there is the possibility of settlement: this can include geological effects caused by subsidence, sink holes as well as man-made effects, such as mining voids. On the other hand, when overburden on native ground is largely increased, there is the issue of differential settlement or collapse. Within mining works, stockpiled materials or heap leach pads impose great surcharges upon the ground.

With our skill and experience in this solution area and using our design software MacSTARs, we can combine geogrids with other systems such as our Terramesh®, Green and Mineral Terramesh® to form hybrid structures offering additional benefits of cost-effectiveness and improved buildability.

Drainage Composites are made up by associating , during production, a draining core layer (it can be either a mat, a net or a moulded element) between two layers of geotextiles. The composite is capable of providing either filtering, separation and, sometimes, also other functions such as protection. Even with the multiple uses the main purpose is the drainage one, for this reason, the long term draining performances of the composite must be well known (compressive creep flowarate variations, filter efficency etc.).

Challenges faced when modifying soil slopes. Modifying soil slope angles beyond their natural angle of friction can lead to slope instability. This situation can arise when cutting back slopes to install a new highway, or to gain development area on a sloping site. Improving soil performance with geogrid reinforcement.

Our expertise has been built up over 100 years of solving retaining structure problems and continuously innovating our offer of tested and certified solutions. In addition, partnering with leading institutions and professionals we endeavor to develop new design approaches and design tools to enhance the service life of our walls and soil reinforcement structures.

Every week, hundreds of Maccaferri solutions are implemented across the globe, whether they are a small retaining wall in a housing development, or a massive, reinforced soil structure on a major highway or in a mine. Reduction on consumption of natural resources, savings on installation cost, maximization of worker safety, long-term durability and integration into the environment are key features of our retaining walls and soil reinforcement systems.

Our experience in hydraulic works started in the 1890s: since then, we have been improving materials and solutions to meet the needs of a rapidly changing world. The increasingly exacerbating environmental conditions require the use of more advanced and durable materials. For this reason, we are continuously researching and developing solutions that can withstand chemical attacks and significant mechanical loads such as river sediment abrasion, such as PoliMac, the exclusive polymer coating for double twist steel wire solutions that can resist the most aggressive environmental conditions.

Whenever construction is carried out upon soft or unstable ground, there is the possibility of settlement: this can include geological effects caused by subsidence, sink holes as well as man-made effects, such as mining voids. On the other hand, when overburden on native ground is largely increased, there is the issue of differential settlement or collapse. Within mining works, stockpiled materials or heap leach pads impose great surcharges upon the ground.

Our expertise has been built up over 100 years of solving retaining structure problems and continuously innovating our offer of tested and certified solutions. In addition, partnering with leading institutions and professionals we endeavor to develop new design approaches and design tools to enhance the service life of our walls and soil reinforcement structures.