On a slope, Techcell Geocell is expanded over the prepared face, anchored into a crest trench and pinned down the batter, then filled with soil, aggregate or concrete. The cell walls confine the infill so it cannot ravel or slump, and rain and runoff pass over a mat that stays put instead of stripping the face. Soil-filled cells hold moisture and let grass root through, so the slope greens over and gains strength with time.
giving three cell sizes so the confinement can be matched to the infill grading and the slope angle instead of forcing one panel onto every job.
the engine tests 75, 100 and 125 mm depths in turn.
the minimum factor of safety the veneer (infill-on-geocell) sliding check must meet before a configuration is accepted. Anything below 1.5 is rejected and the next depth or weld spacing is tried.
Three steps take you from site data to a stamped-ready report. The engine mirrors TechFab’s internal design worksheet exactly — sliding stability of the infill, embedded anchor-trench re-analysis and J-hook supplemental anchorage — then picks the Techcell configuration achieving the highest factor of safety automatically.
Enter slope & fill data
Run the design engine
Issue the report
References: IRC:SP:59 : 2019, IS 17483 (Part 2) : 2020, MoRTH Specifications.
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