Water containment infrastructure plays a vital role in irrigation, drinking water supply, aquaculture, and industrial operations. Seepage losses not only waste valuable water but can also weaken surrounding soil and structures. DL Millars PVC Geomembrane systems offer a reliable and long-lasting solution for lining reservoirs, canals, and water bodies.

PVC geomembranes are designed to provide complete impermeability, preventing water migration into the ground. DL Millars manufactures high-quality geomembrane sheets using advanced processing technology to ensure uniform thickness and mechanical strength. These liners are commonly supplied in thicknesses of 1.5 mm, 2.0 mm, and 40 mil for pond and reservoir applications.

One of the key advantages of DL Millars PVC geomembranes is their durability under continuous exposure to water and sunlight. Unlike traditional lining methods, PVC geomembranes retain flexibility and performance over long periods, reducing maintenance requirements. Their smooth surface also helps maintain water quality, making them suitable for aquaculture and fish farming.

Installation involves placing the geomembrane over a prepared and compacted surface. Panels are welded using thermo-welding machines to form leak-proof joints. Anchoring trenches secure the liner edges, ensuring stability even under fluctuating water levels. Where required, geotextile layers are used to enhance puncture resistance and overall system longevity.

DL Millars PVC geomembranes are widely used in irrigation canals, lakes, reservoirs, farm ponds, and industrial water storage facilities. Compliance with BIS IS:15909:2020 ensures suitability for government and public infrastructure projects.

For enquiries related to water containment solutions, DL Millars can be reached at:

Address: Flat No. 303, 3rd Floor, Elite House-36, Community Center, Zamroodpur, New Delhi-110048
Phone: +91 8700518400
Email: info@drmillars.co.in

DL Millars continues to support sustainable water management through dependable geomembrane lining systems.