VI-20 Geomembrane
Superior Performance Geomembrane with EVOH Technology
VI-20 EVOH barrier technology provides superior protection against diffusion of chemicals when compared to typical HDPE geomembranes. VI-20 is a layer of EVOH between two layers of polyethylene and is a copolymer of polyethylene (extrudes easily and improves bonding) and polyvinyl alcohol and ethylene vinyl alcohol (provides gas barrier).
It's your ideal partner for VOC control.
Benefits of VI-20 geomembrane
- VI-20 geomembrane combines the advantages of a spray-applied membrane with performance of a technically advanced geomembrane.
- 60 mil LIQUID BOOT® plus 20 mil VI-20 provides excellent resistance to punctures and tears.
- VI-20 EVOH barrier technology provides superior protection against diffusion of chemicals when compared to typical HDPE geomembranes.
- Major applications for EVOH:
- Food packaging to extend shelf life of perishable food
- Automotive fuel tanks to control emissions of hydrocarbons
How it does it
VI-20 geomembrane is a 7-layer co-extruded EVOH geomembrane made using high quality virgin-grade polyethylene and barrier resins to provide unmatched impact strength as well as superior resistance to VOC vapor transmission. EVOH technology has been shown to have VOC diffusion coefficients 20 times lower than an 80 mil HDPE geomembrane and serves as a highly resilient underslab and vertical wall barrier designed to restrict methane, radon and other harmful chemicals.
EVOH is a copolymer of polyethylene (extrudes easily and improves bonding) and polyvinyl alcohol and ethylene vinyl alcohol (provides gas barrier). Applications for EVOH originated in the manufacturing of automotive fuel systems to control emissions of hydrocarbons, whose use was mandated by the U.S. EPA and the CA Air Resources Board (CARB) to reduce VOC emissions.
Properties | Rolls |
Size | 10 ft x 150 ft unrolled panel size |
Thickness | 20 mils (0.51 mm) |
Weight | 160 lbs |
Roll Diameter/Width | 11 in / 5 ft |
Roll Core | 3 in |
Color | Green |
Applications
Typical uses for VI-20 include installation under slab and on below grade vertical walls as a vapor barrier to minimize vapor and nuisance water (non-hydrostatic conditions) migration into buildings. It is also ideal for application with chlorinated solvents, BTEX, and other PAHs.
- Case Study: 500 Fifth Ave, Seattle - LIQUID BOOT® & ULTRASEAL® 923 KB
- Case Study: El Centro Medical Clinic - LIQUID BOOT® Vapor Barrier 876 KB
- Case Study: Fraternity Meadows Housing Development - LIQUID BOOT® Vapor Barrier 827 KB
- Case Study: Hamlet Middle School - LIQUID BOOT® Vapor Barrier 737 KB
- Case Study: Hollywood Casino - LIQUID BOOT® Vapor Barrier 776 KB
- Case Study: Hollywood Film Processing Facility - LIQUID BOOT® Vapor Barrier 622 KB
- Case Study: LIQUID BOOT® at Alamitos Ridge Housing Development 840 KB
- Case Study: LIQUID BOOT® Vapor Barrier at Buffalo Wild Wings Restaurant 1343 KB
- Case Study: LIQUID BOOT® Vapor Barrier at Canada Post Headquarters 815 KB
- Case Study: LIQUID BOOT® Vapor Barrier with VI-20 at Chick-Fil-A Restaurant 971 KB
- Case Study: Lowe's - Vapor Intrusion Mitigation 122 KB
- Case Study: Meadows at Riverwalk - LIQUID BOOT® Vapor Barrier 1013 KB
- Case Study: Mott Haven School - LIQUID BOOT® Vapor Barrier 790 KB
- Case Study: Multi-Family Housing Project on Former Superfund Site Contaminated with PCE, Metals, Arsenic 174 KB
- Case Study: Palisades Multi-Family Housing Development - LIQUID BOOT® 604 KB
- Case Study: Pan Am Athletes Village - LIQUID BOOT® Vapor Barrier 765 KB
- Case Study: Red Bull Arena - LIQUID BOOT® Vapor Barrier 800 KB
- Case Study: Rite Aid Pharmacy - LIQUID BOOT® 797 KB
- Case Study: Sienna Place Homes - LIQUID BOOT® 753 KB
- Case Study: Smith Performing Arts Center - LIQUID BOOT® & ULTRASEAL® 499 KB
- Case Study: Spring Hill Suites - LIQUID BOOT® Vapor Barrier 501 KB
- Case Study: Toronto Fire Services - LIQUID BOOT® Vapor Barrier 1037 KB