Honeycomb cellular geomat - Unique Structural & Working Mechanism
Honeycomb cellular geomat - Unique Structural & Working Mechanism
1. Honeycomb Particle Locking Effect
Interconnected shallow honeycomb cavities wrap and fix topsoil and organic substrate. Rainfall runoff is split into small water flows inside each cell, reducing flow velocity by over 70% to avoid rill erosion and sheet wash on bare slopes.
2. Water Retention & Seed Protection
3D honeycomb gaps store rainwater and irrigation moisture, keep soil moist for seed germination; prevent grass seeds from being washed away by heavy rain before rooting.
3. Vegetation Root Interlock Composite Layer
After grass/shrub roots grow through the honeycomb mesh, plant roots interweave with geomat filaments to form an integrated soil-geomat-root anti-erosion blanket. Vegetation coverage can reach over 90% within 3–6 months.
4. Permeable Drainage Function
Open honeycomb structure maintains full water permeability, avoids pore water accumulation on slope surface, reduces shallow sliding risk caused by saturated topsoil.
