MARUTI GEO COMPOSITE

MARUTI GEO COMPOSITE

Geocomposite is combination of various Geosynthetics materials like Geotextile, Geonet, Geo-membrane, Geogrid bounded in such a way that specific applications are addressed in the optimal manner, mini-mum lost, less time and minimum labour force and are waving basic functions separation, reinforcement, filtration, drainage and containment.

Geocomposites consist of a geonet heat bonded with a nonwoven geotextile, and are designed to provide drainage filtration to keep silt and soil particles from clogging the flow or to increase the friction characteristics.

Geocomposite used as barriers/separation layers to separate and contain polluted Soil or waste and avoid migration of pollutants to the surrounding soil or waste and avoid migration of pollutants to the surrounding soil or water.They can be mounted on solid frames to build below ground physical barriers.

Geonets are synthetic drainage materials manufactured from the highest quality polyethylene (HDPE). They are designed to transmit fluids and gasses uniformly under manyfield conditions.

MARUTI GEOCOMPOSITES

Are tough enough to withstand installation and intended use
Retain stability and resist deformation under loading
Resist chemicals

FILTERS

Pore size suits soil to prevent the ingress of fines.
Ongoing performance without blocking.

Maruti Geocomposite satisfies the above criteria to stand the test of time. Our productshave been used in building and construction projects across the world for several years.

BENEFITS OF USING MARUTI GEOCOMPOSITES

Easy to handle and lightweight
Lower installation and material costs
High-volume flow paths for liquids and gases
Cost-effective alternative to traditional materials
Easy and quick installation

TYPICAL APPLICATIONS OF MARUTI GEOCOMPOSITES

  • Highways: vertical drains that intercept lateral ground water flow. Modern fin drainsreduce backfill quantities, installation time and excavation. Increased slope stability fromin-slope drainage.
  • Bridge abutments and retaining walls: avoid backfill saturation, reduce porewaterpressure.
  • Engineered landfills: meet requirements of high compressive strength andlong-termchemical resistance.
  • Tunnels: ground-water-seepage interception between rock face and the tunnellining.
  • Buried structures: horizontal and vertical drains for culverts, basements, undergroundparking ramps, reservoirs, and more.