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FDD lSO Certificate ASTM 0.5mm-2.5mm HDPE Geomembrane Liner for Shrimp Pond Liner

Geomembranes use plastic movies as anti-seepage substrates, commonly which encompass polyvinyl chloride (PVC) and polyethylene (PE), EVA (ethylene/vinyl acetate copolymer). In tunnel applications, ECB (ethylene vinyl acetate modified asphalt combo geomembrane) is moreover designed and used.

Commodity name： FDD lSO Certificate ASTM 0.5mm-2.5mm HDPE Geomembrane Liner for Shrimp Pond Liner

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Description

Introduction

"Pond liner" usually refers to the liner used at the bottom of a pond, which can play a role in waterproofing, protecting the bottom of the pond, preventing water leakage, and so on. You can consider factors such as material, size, thickness, etc. when purchasing liners to ensure that you choose the appropriate liner for your pond.

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Applications

HDPE pond liner is a type of pond liner made from high-density polyethylene (HDPE) as the raw material. HDPE is a material with excellent waterproof performance, chemical corrosion resistance, and wear resistance. HDPE pond liners typically have the following characteristics:

High strength: HDPE material has high tensile strength and impact resistance, and can withstand certain external pressures.
Corrosion resistance: HDPE has strong resistance to chemical corrosion and is suitable for long-term use in ponds.
Good waterproof performance: HDPE material itself has good waterproof performance, which can effectively prevent water leakage in ponds.
Environmental protection: HDPE materials themselves have good environmental performance and have a relatively small impact on the environment during use.
The use of HDPE pond liners can effectively protect the pond structure, prevent water leakage and pollution, and extend the service life of the pond.

Working Drawing

Specifications

Thicknesses mm	0.75	1	1.25	1.5	2	2.5	3
Densities g/cm³	≥ 0.940
Roughness height	≥0.25
Tensile yield strength (longitudinal and transverse) N/mm	≥11	≥15	≥18	≥22	≥29	≥37	≥44
Tensile breaking strength (longitudinal and transverse) N/mm	≥8	≥10	≥13	≥16	≥21	≥26	≥32
Yield elongation (longitudinal and transverse) %	≥12
Elongation at break (longitudinal and transverse) %	≥100
Right angle tearing load (longitudinal and transverse) N	≥93	≥125	≥160	≥190	≥250	≥315	≥375
puncture strength N	≥ 200	≥ 270	≥335	≥400	≥ 535	≥670	≥800
Stress cracking under tensile load	≥300
Carbon black content %	2.0-3.0
Carbon Black Dispersibility	No more than 1 out of 10 data at level 3, not allowed at levels 4 and 5
Atmospheric pressure oxidation induction time (OIT)min	Atmospheric pressure oxidation induction time ≥ 100
Atmospheric pressure oxidation induction time (OIT)min	High pressure oxidation induction time ≥ 400
85°C heat aging %	≥55
anti-ultraviolet	≥ 50