- Sheets made of High Density Polyethylene (HDPE) resins with high durability and resistance for the safe containment of liquids.
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Industrial
Details
The construction of new industrial parks and industrial zones, as well as their maintenance, is one of the activities that generate jobs from the design, construction, operation phase and during the lifetime of said industrial operation.
Geomembranes and geosynthetics offer technical solutions to different challenges encountered during the construction stage of industrial buildings or extension and maintenance of industrial parks already in operation. From soil stabilization, soft soil reinforcement, platforms, access roads and paved roads, slope erosion control, weed suppression, waterproofing of roofs and roofs, artificial lakes, rainwater storage tanks, water drains, confinement and drying from process sludge to fluid conduction lines, ditches and canals.
The proper use of geosynthetics in the industrial sector allows to reduce costs and take advantage of materials available on site, reduce construction times, reduce environmental impact and carbon footprint.
At G & G® we have the experience for the correct selection of products and the knowledge of the applications in which these materials, geomembranes and geosynthetics, add value to projects in the Industrial sector.
Geomembranes and geosynthetics offer technical solutions to different challenges encountered during the construction stage of industrial buildings or extension and maintenance of industrial parks already in operation. From soil stabilization, soft soil reinforcement, platforms, access roads and paved roads, slope erosion control, weed suppression, waterproofing of roofs and roofs, artificial lakes, rainwater storage tanks, water drains, confinement and drying from process sludge to fluid conduction lines, ditches and canals.
The proper use of geosynthetics in the industrial sector allows to reduce costs and take advantage of materials available on site, reduce construction times, reduce environmental impact and carbon footprint.
At G & G® we have the experience for the correct selection of products and the knowledge of the applications in which these materials, geomembranes and geosynthetics, add value to projects in the Industrial sector.
related products
- Manufactured by interlacing fibers, threads or filaments of synthetic origin, having as its main characteristic a high tensile strength.
- The most advanced geosynthetics on the market for having better physical, mechanical and hydraulic properties than conventional woven geotextiles.
- Flat, permeable textile materials made by punching short polymer fibers, generally polypropylene or polyester.
- Made of high-strength woven polyester and a PVC coating, they have tensile strength primarily in the longitudinal direction.
- They have the same tensile strength in both directions: longitudinal and transverse, distributing and increasing the load capacity.
- Monolithic units custom fabricated from polypropylene nonwoven geotextiles for high durability and used in engineering works.
- Three-dimensional structures of HDPE strips joined by ultrasonic welding that provide confinement, drainage and structural resistance.
- Innovative geocomposite unique in the market, it is concrete in roll that hardens when hydrated, does not require equipment or specialized labor.
- Biodegradable natural fiber canvases that can be supported by synthetic meshes for erosion control in short-term projects.
- Flexible and permeable synthetic fiber canvases with UV stabilization and high durability, which protect the soil against long-term erosion.
- Polystyrene cores thermoformed in a high resistance columnar shape that allow creating a hydraulic area for the conduction of a fluid.
- Geosynthetics that are placed between base, sub-base or subgrade layers to reduce stresses and extend the life of the asphalt pavement.
- Containers made of high-strength geosynthetics that provide simple, low-cost solutions for sludge confinement and drying.
- Waterproof sheets made of polyvinyl chloride, additives and plasticizers, whose great flexibility allows it to be adapted to any surface.
- Sheets made of High Density Polyethylene (HDPE) resins with high durability and resistance for the safe containment of liquids.
- Waterproof sheets made of polyvinyl chloride, additives and plasticizers, whose great flexibility allows it to be adapted to any surface.
- Containers made of high-strength geosynthetics that provide simple, low-cost solutions for sludge confinement and drying.
- Geosynthetics that are placed between base, sub-base or subgrade layers to reduce stresses and extend the life of the asphalt pavement.
- Polystyrene cores thermoformed in a high resistance columnar shape that allow creating a hydraulic area for the conduction of a fluid.
- Biodegradable natural fiber canvases that can be supported by synthetic meshes for erosion control in short-term projects.
- Flexible and permeable synthetic fiber canvases with UV stabilization and high durability, which protect the soil against long-term erosion.
- Innovative geocomposite unique in the market, it is concrete in roll that hardens when hydrated, does not require equipment or specialized labor.
- Three-dimensional structures of HDPE strips joined by ultrasonic welding that provide confinement, drainage and structural resistance.
- Monolithic units custom fabricated from polypropylene nonwoven geotextiles for high durability and used in engineering works.
Applications
Study cases
- En la industria de la construcción, la impermeabilización eficaz de estructuras es crucial para garantizar durabilidad y rendimiento a lo largo del tiempo. En
- Ciudad Juárez, Chihuahua
- Se requería proteger contra la erosión y favorecer la conducción de los escurrimientos superficiales generados principalmente por las precipitaciones pluviales. Se planteó utilizar concreto
- Mexico
- En este caso de estudio se muestra que el uso de geosintéticos en obras civiles brinda una serie de soluciones como separación, confinamientos, drenaje,
- Acatlán de Juárez, Jal.
- Se calculó la necesidad de un vaso regulador con una capacidad de 1,500 metros cúbicos recubierto con un material impermeable, resistente y duradero para
EN 
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