Advanced Geosynthetics Products for Sustainable Urban Landscaping
Shivoham Fabtech is a leading Manufacturer & Supplier of specialized geosynthetic drainage products designed for the unique requirements of intensive and extensive green roofs and large-scale planter boxes. Our high-performance landscape materials provide the critical balance of moisture retention and rapid drainage, ensuring the health of the vegetation while protecting the structural integrity of the building.
Landscaping on elevated structures like podiums and rooftops requires a drainage layer that is thin, lightweight, and highly compressive. Shivoham Fabtech manufactures the precise geosynthetic drainage and protection products required to prevent the saturated-soil conditions and stagnant water that lead to plant root rot and structural leakages.
Preventing Structural Water Load & Saturation
Saturated soil is heavy and exerts massive static pressure on a building’s roof slab. We manufacture high-performance HDPE Dimple Drainage Boards that create a continuous, high-flow air gap between the soil and the structure. This gap ensures that any excess water is immediately intercepted and routed to the drain, keeping the overall structural load of the green roof within its design limits.
Protecting Waterproofing from Root Penetration
Aggressive plant roots can grow through many standard waterproofing membranes, causing catastrophic leaks that are nearly impossible to repair underneath a green roof.We manufacture specialized Geocomposites that act as a mechanical root barrier. These products provide a durable, impenetrable layer that protects the secondary waterproofing membrane while providing a clear path for horizontal drainage.
Maintaining Optimal Moisture in Planter Boxes
In large-scale city planter boxes, soil can dry out quickly or become flooded during monsoon rains. Our specialized Dimple Boards and Geocomposites act as a moisture reservoir. The dimples capture a certain amount of water for the plants to use through capillary action, while the excess water is drained away to prevent anaerobic soil conditions.
