Geomembrane
There are two available types of the geomembrane: based on low-pressure polyethylene HDPE and based on high-pressure polyethylene LDPE. The geomembrane sheet is formed by extrusion. Then it is cooled on a three-roll calender press which ensures creation of a uniform and homogeneous fabric.
The geomembrane production process includes adding of additive compound, stabilizers and antioxidants to the raw materials. These additives not only make the geomembrane more elastic and durable, but also ensure high resistance to adverse factors. The geomembrane can have a smooth or textured surface. The geomembrane thickness varies from 0.5 to 4 millimeters.
The geomembrane production process includes adding of additive compound, stabilizers and antioxidants to the raw materials. These additives not only make the geomembrane more elastic and durable, but also ensure high resistance to adverse factors. The geomembrane can have a smooth or textured surface. The geomembrane thickness varies from 0.5 to 4 millimeters.
By purpose: Waterproofing
By industry: Automotive construction
By industry: Railway construction
By industry: Bridge construction
By industry: Cleaning of water facilities
By industry: Industrial and civil construction
By industry: Airport construction
By industry: Construction of dams
By industry: Construction of weir
By industry: Construction of landfills
By industry: Tunnels
APPLICATIONS:
• Construction of industrial waste and municipal solid waste landfills
• Construction of tailings ponds and sludge depositories
• Construction of repositories for radioactive and toxic waste
• Construction of oil and gas pipelines
• Construction of emergency and storage tanks
• Construction of barrages, dams and cut-off curtains
• Waterproofing of buildings foundations and basements
• Construction of road foundations (waterproofing)
• Construction of oil recovery sites
• Creation of artificial water reservoirs
• Construction of silage pits, manure storages and biogas facilities
• Landscape construction
ADVANTAGES:
• High tensile strength
• Resistance to aggressive environments, UV radiation, rotting and negative biological impact
• Absolute waterproof
• Resistance to dynamic, static and seismic loads
• Resistance to corrosion
• Resistance to low temperatures (up to -70°С)
• Eco-friendly, non-toxic
• Construction of industrial waste and municipal solid waste landfills
• Construction of tailings ponds and sludge depositories
• Construction of repositories for radioactive and toxic waste
• Construction of oil and gas pipelines
• Construction of emergency and storage tanks
• Construction of barrages, dams and cut-off curtains
• Waterproofing of buildings foundations and basements
• Construction of road foundations (waterproofing)
• Construction of oil recovery sites
• Creation of artificial water reservoirs
• Construction of silage pits, manure storages and biogas facilities
• Landscape construction
ADVANTAGES:
• High tensile strength
• Resistance to aggressive environments, UV radiation, rotting and negative biological impact
• Absolute waterproof
• Resistance to dynamic, static and seismic loads
• Resistance to corrosion
• Resistance to low temperatures (up to -70°С)
• Eco-friendly, non-toxic
IDENTIFICATION CODE EXAMPLE:
Ultrastab-HDPE Geomembrane 0.5-5х100, Standard 46487778-014-2021, where:
• Ultrastab-HDPE is the HDPE geomembrane brand
• 0.5 is the geomembrane thickness, mm
• 5х100 are roll dimensions (WxD), m
• Standard 46487778-014-2021 is the organization standard number
Ultrastab-HDPE Geomembrane 0.5-5х100, Standard 46487778-014-2021, where:
• Ultrastab-HDPE is the HDPE geomembrane brand
• 0.5 is the geomembrane thickness, mm
• 5х100 are roll dimensions (WxD), m
• Standard 46487778-014-2021 is the organization standard number
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