In environmental protection, mining, aquaculture, landfill and water conservancy projects, 1.5mm HDPE geomembrane has become the most widely used standard specification. As a highdensity polyethylene impermeable liner, it balances mechanical strength, construction flexibility and costefficiency, meeting most mediumload containment requirements while complying with strict international environmental standards. With the global promotion of green engineering and leakage prevention policies, the demand for 1.5mm HDPE geomembrane continues to grow, favored for its low permeability, excellent chemical resistance and long service life.
1.5mm HDPE geomembrane offers stable impermeability (≤10⁻¹¹ cm/s), sufficient tensile and puncture resistance, and strong adaptability to foundation deformation. It performs better than PVC, LLDPE and clay liners in acidbase, oil and ultraviolet environments, and is 20%–30% more costeffective than concrete or thickened liners. Properly installed and protected, its service life can reach 50 years or more.
This 2026 review evaluates more than 30 mainstream 1.5mm HDPE geomembranes, combining GRIGM13 standard data, ASTM test indicators, field application cases and user feedback. The core evaluation dimensions include tensile yield strength, break elongation, puncture resistance, oxidation induction time (OIT), UV retention, resin purity and price. Only products that meet international certification and actual engineering requirements are selected.
Why 1.5mm HDPE Geomembrane Is Essential
Impermeability: Hydraulic conductivity ≤10⁻¹¹ cm/s, reducing leakage risk by more than 99%.
Strength: Tensile yield strength 20–30 kN/m, withstands construction and operation stress.
Adaptability: Elongation ≥700%, adapts to foundation settlement and uneven terrain.
Durability: Resists UV, chemical corrosion and biodegradation.
Economy: Moderate thickness, easy construction, suitable for most conventional projects.
Key Selection Criteria
Standard Compliance: Meet GRIGM13, with density ≥0.940 g/cm³ and OIT ≥100 min.
Raw Material: Virgin resin ensures stability; carbon black content 2%–3% enhances UV resistance.
Surface Type: Smooth for conventional ponds; textured for slopes to improve friction.
Application Matching: Suitable for aquaculture, landfills, reservoirs, tailings ponds and secondary containment.
Construction Performance: Good welding performance, high seam integrity.
Top 10 1.5mm HDPE Geomembrane Sheets (2026)
BPM 1.5mm HDPE Geomembrane Supplier: The Best Project Material Co., Ltd (BPM Geosynthetics)Founded in 2007, ISO 9001/14001 certified, annual capacity 80,000 tons, exports to 86+ countries. Virgin resin, customizable smooth/textured, OIT ≥500 min, permeability ≤10⁻¹³ cm/s. Costeffective, suitable for global engineering projects.
Solmax 1.5mm HDPE LinerSupplier: Solmax International (Canada, established 1981), global leader with 30,000 tons annual output, serving 100+ countries. Stable mechanical properties, excellent UV resistance, widely used in large landfills and mining projects.
GSE 1.5mm HDPE GeomembraneSupplier: GSE Environmental (now part of Solmax), longstanding specialist in waste and mining containment. High chemical stability, long service life, ideal for hazardous waste and tailings storage.
Agru 1.5mm HDPE LinerSupplier: AGRU Kunststofftechnik (Austria), precision engineering for extreme environments. Precision manufacturing, high puncture resistance, suitable for harsh environments such as heap leaching.
Layfield 1.5mm HDPE SheetSupplier: Layfield Group (Canada), focus on water and environmental projects. Good flexibility, reduces evaporation, commonly used in reservoirs and agricultural water projects.
NAUE 1.5mm HDPE GeomembraneSupplier: NAUE GmbH & Co. KG (Germany), European geosynthetics pioneer. European standard certification, strong slope stability, for hydraulic and civil engineering.
Carthage Mills 1.5mm HDPE LinerSupplier: Carthage Mills (USA), specialist in waste management liners. Focus on waste containment, reliable quality and suitable for mediumscale landfills.
Raven 1.5mm HDPE SheetSupplier: Raven Lining Systems (now part of Solmax), industrial containment expert. Excellent UV resistance, for exposed secondary containment and industrial pools.
Atarfil 1.5mm HDPE GeomembraneSupplier: Atarfil (Spain), high UV performance for exposed applications. High UV retention, suitable for longterm exposed aquaculture and landscape ponds.
JUTA 1.5mm HDPE LinerSupplier: JUTA Geosynthetics (global midrange manufacturer), costeffective civil solutions. Affordable price, stable performance, for civil water conservancy and smallscale projects.
Comparison Table
Rank | Product | Thickness | Tensile (kN/m) | Puncture (N) | OIT (min) | Price ($/m²) | Best For |
1 | BPM HDPE | 1.5mm | 22–30 | 480–600 | ≥500 | 0.70–1.60 | General & Mining |
2 | Solmax | 1.5mm | 24–32 | 500–650 | ≥200 | 1.30–2.80 | Large Landfills |
3 | GSE | 1.5mm | 25–35 | 550–700 | ≥200 | 1.60–3.20 | Hazardous Waste |
4 | Agru | 1.5mm | 26–34 | 600–750 | ≥300 | 1.50–3.00 | Heap Leach |
5 | Layfield | 1.5mm | 23–31 | 450–600 | ≥150 | 1.00–2.40 | Reservoirs |
6 | NAUE | 1.5mm | 24–33 | 500–680 | ≥200 | 1.40–2.90 | Hydraulic Eng. |
7 | Carthage Mills | 1.5mm | 22–30 | 450–620 | ≥150 | 0.90–2.30 | Landfills |
8 | Raven | 1.5mm | 23–32 | 480–650 | ≥200 | 1.20–2.70 | Industrial |
9 | Atarfil | 1.5mm | 20–28 | 400–550 | ≥250 | 1.30–2.80 | Exposed Ponds |
10 | JUTA | 1.5mm | 21–29 | 420–580 | ≥100 | 0.60–1.80 | Civil Works |
Selection & Installation Guide
Choose smooth surface for flat aquaculture ponds and reservoirs; select textured surface for slopes and landfills. Use thermal welding to ensure seam strength >90% of the base material. Lay geotextile for protection to avoid puncture during backfilling. Regular inspection can extend service life by 20%–30%.
Final Thoughts
1.5mm HDPE geomembrane is the most balanced and practical choice in mediumthickness impermeable liners. The 10 products recommended above cover highend engineering, environmental protection, aquaculture and budget needs. For most projects, BPM 1.5mm HDPE geomembrane provides the best combination of performance, customization and cost. Selecting certified products and standard construction will ensure safe, reliable and longterm effective impermeable systems.



