MEDIA & BLOG

In the past, engineers have faced challenges related to unstable soil formations. In construction projects, poor soil conditions can lead to structural failures, increased expenses, and project delays. Before the invention of geogrids, conventional techniques usually called for the use of large quantities of expensive aggregate materials. Alternatively, complex soil reinforcement techniques were implemented. The… Continue reading What are the common challenges while installing geogrids?

Soil stabilization is the modification of the natural soil’s intrinsic properties to improve its load-bearing capacity, shear strength, and overall performance. This procedure employs mechanical, chemical, or biological methods, utilizing materials such as cement, chemical additives, or various agents to enhance soil strength and stability. The base is an important part of road construction, as it… Continue reading How is soil stabilization for road construction done?

Modern infrastructure has become increasingly sophisticated as engineers aim to balance the demands of a rising population with the global need for environmentally sound structures. These structures need systems that can deliver multiple functions throughout a long lifecycle without sacrificing quality. Geogrids, made from durable polymers, are perfectly suited for this type of high-demand construction.… Continue reading Why use geogrids, and how to choose the right one?

Slope protection is a critical aspect of engineering and environmental management aimed at safeguarding slopes from erosion, instability, and failure. Engineers implement various measures to maintain the stability of slopes and prevent accidents or damage. Slopes with higher inclinations or erosive soils require more attention and protection measures, such as erosion control blankets, turf reinforcement mats,… Continue reading What is the importance of slope protection?

Geogrids are a type of geosynthetic material used for mechanical stabilization and soil reinforcement in construction. These large, flexible rolls of polymers follow a grid-like pattern with intersecting openings called apertures. Depending on the application, geogrids are inserted either on top of the subgrade material and/or within the base or subbase aggregate layers, depending on the… Continue reading What is the function of a geogrid in a pavement?

A retaining wall is a structure designed to hold back soil or other materials and prevent them from collapsing. Retaining walls are near-vertical structures designed to hold back soil on one side, creating a distinct change in elevation and usable level areas. These structures must remain stable, endure changing climatic conditions, and withstand installation with regular… Continue reading When should you use geogrid for a retaining wall?

Pavements form an integral component of our transportation infrastructure. Depending on the type, while pavements can be made of different materials, cracks typically appear on asphalt or concrete roads. However, several factors affect the performance and lifespan of a pavement. This makes pavement cracking a significant concern for constructors. The core source of this is… Continue reading What factors affect pavement life?

The emergence of geosynthetic materials has brought about a noticeable change in civil engineering as they address the industry’s technical and economic challenges. These materials are primarily used to reinforce weak soils, improving their stability and load-bearing capacity.  While geogrids have an open structure designed for interlock, other geosynthetics like geotextiles are often used for… Continue reading How is soil reinforcement done using geogrids?