Geogrid Vs Geotextile: What are the Differences?

Geogrid vs Geotextile: Differences, Uses & Which to Choose Geogrid and geotextile are both geosynthetic materials widely used in civil engineering, but they are designed to solve different ground-engineering problems. The simplest distinction is: Geogrid is primarily used for reinforcement and stabilisation. Geotextile is primarily used for separation, filtration, drainage and protection. A geogrid has …

Shoreline Stabilization Techniques

Shoreline Protection Stabilization Techniques The shoreline is an extremely significant area because it acts as an active habitat for wildlife and fish.  Moreover, shorelines play a critical role in cleaning the stormwater runoff. In this regard, shoreline protection is important because it gives much-needed integrity to the water’s edge and reduces erosion. Shoreline Erosion Shoreline …

Woven And Non-woven Geotextile: What’s The Difference

Woven Geotextile Malaysia vs Non-Woven Geotextile: What’s the Difference? Woven and non-woven geotextiles are two common types of geosynthetic materials used in civil engineering and construction across Malaysia. Woven geotextile in Malaysia is manufactured by weaving fibres together, giving it high tensile strength and load-bearing capacity, making it a preferred choice for soil reinforcement and …

How Geosynthetics are Used in Road Construction

How Geosynthetics are Used in Road Construction Geosynthetics are defined as the products produced from polymeric materials. They are used in various geotechnical engineering projects, soil stabilization and road construction, and are an essential part of man-made construction projects and structures.  There are many types of geosynthetics produced in Malaysia. Generally, the term is used …

How Does Geosynthetic Help in Ground Improvement

How Does Geosynthetic Help in Ground Improvement Soil Reinforcement is essential to provide stability and controlled deformation to the soil. The soil itself is strong in compression, but weaker in tension. As a result, tensile materials are necessary to stabilize the soil and improve the ground. One common and famous technique of ground improvement is …