Non Woven Geotextile Fabric, 4ft x 50ft 4 oz BE&ST for Landscape Projects, French Drains, Retaining Walls, Underlayment, Drainage, PROF Industrial Fabric, Tensile strength - 450 N; Load limit - 1500 N

Non Woven Geotextile Fabric, 4ft x 50ft 4 oz BE&ST for Landscape Projects, French Drains, Retaining Walls, Underlayment, Drainage, PROF Industrial Fabric, Tensile strength - 450 N; Load limit - 1500 N

• VERSATILITY: Our geotextile landscape fabric can be used in gardens, landscaped areas, agricultural applications, and more. Geotextile drainage fabric can be used in a variety of applications beyond French drains, such as retaining walls, road construction, and landscape drainage, making them versatile materials for different engineering and construction projects.
• DRAINAGE ENHANCEMENT: Nonwoven geotextile fabric allows for better drainage by preventing the soil from becoming compacted and creating a barrier against water runoff. This helps to prevent water pooling behind the wall, which can lead to instability and damage.
• FILTRATION : Heavy duty landscape fabric provide excellent filtration properties, allowing water to pass through while preventing the passage of soil particles. This helps maintain the integrity of the drainage system and reduces the risk of clogging. Our black landscape fabric keeps weeds away while allowing water and nutrients to flow through to the soil beneath, keeping your plants healthy and hydrated.
• HIGH WATER PERMEABILITY: Permeable landscape fabric is engineered to have high water permeability, which promotes effective drainage and reduces surface water runoff. This property is especially important in maintaining the functionality of a French drain system. Our landscape cloth away while holds up well allowing water and nutrients to flow through to the soil beneath, keeping your plants healthy and hydrated.
• COST-EFFECTIVENESS: The use of landscaping cloth can be a cost-effective solution by reducing maintenance requirements and prolonging the life of drainage systems, ultimately lowering the total lifecycle costs of such projects.