LIQUID BOOT® Vapor Intrusion Barrier Systems

High performance gas vapor mitigation system 

LIQUID BOOT is a spray-applied, water-based membrane containing no volatile organic compounds (VOCs). With superior chemical resistance properties it seals all vapor intrusion pathways, preventing contaminated soil vapors from penetrating the slab. LIQUID BOOT spray applied vapor intrusion barrier systems can be used in underslab and below grade vertical wall applications to minimize gas and vapor intrusion into buildings.

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    Overview

    The LIQUID BOOT systems are ideal for methane and VOC vapor control. They can be spray applied to penetrations, footings, grade beams, pile caps and other irregular surfaces, providing a seamless and fully adhered vapor intrusion barrier system. LIQUID BOOT multi-layer systems can be tailored to meet the chemical resistance needs of your project.

     

    Features of LIQUID BOOT Vapor Intrusion Barrier Systems

    • Over 25 years of experience and thousands of successful installations
    • Extensive physical and chemical property testing
    • Approved applicator network
    • Spray application eliminates mechanical fastening

    Features & benefits of CETCO Liquid Boot

    • Monolithic fully adhered system eliminates the potential for seam failures and reduces risk of uncontrolled vapor migration
    • Faster more cost effective installation
    • Lower diffusion properties
    • Superior tensile, elongation and bond strengths
    • Longer term dependable performance
    Featured Products

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    LIQUID BOOT®
    LIQUID BOOT® is a seamless, spray-applied, water-based membrane containing no VOCs, which provides a barrier against vapor intrusion into structures. LIQUID BOOT® is installed under slab and on below grade vertical walls as a gas vapor barrier to minimize vapor and nuisance water migration into buildings. LIQUID BOOT® spray-application directly to penetrations, footings, grade beams, pile caps and other irregular surfaces, provides for a fully-adhered gas vapor barrier system.

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    LIQUID BOOT® 500
    LIQUID BOOT® 500 is a seamless, spray-applied, water-based membrane containing no VOCs, which provides a barrier against vapor intrusion into structures. LIQUID BOOT 500 is economically formulated specifically for horizontal applications. LIQUID BOOT 500 spray application directly to penetrations, footings, grade beams, pile caps and other irregular surfaces, provides for a fully-adhered gas vapor barrier system.

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    LIQUID BOOT® PLUS
    The Liquid Boot Plus system is designed for the most challenging conditions. The system combines all of the benfits of Liquid Boot with the added protection of the VI-20 geomembrane.


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    BASEFABRIC™
    BASEFABRIC™ fabric consists of polypropylene, non-woven geotextile that is resistant to ultraviolet degradation and to biological and chemical environments normally found in soils. BaseFabric provides a uniform substrate for spraying the Liquid Boot membrane.

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    GEOVENT™
    GEOVENT™ consists of a three-dimensional vent core that is wrapped in a non-woven, needlepunched filter fabric.

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    LIQUID BOOT® TROWEL GRADE
    LIQUID BOOT® TROWEL GRADE is a trowel-applied, water-based membrane containing no VoCs, which provides a barrier against vapor intrusion into structures. LIQUID BOOT TROWEL GRADE is installed in conjunction with the LIQUID BOOT vapor intrusion barrier to minimize vapor migration.

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    ULTRASHIELD™
    ULTRASHIELD™ fabric consists of polypropylene, non-woven geotextile that is resistant to ultraviolet degradation and to biological and chemical environments normally found in soils. UltraShield provides protection for the membrane from rebar and other construction processes.

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    VI-20™ GEOMEMBRANE
    VI-20™ is a 7-layer co-extruded EVOH geomembrane made using high quality virgin-grade polyethylene and barrier resins that provide unmatched impact trength as well as superior resistance to VOC vapor transmission. EVOH technology serves as a highly resilient underslab and vertical wall barrier designed to restrict methane, radon and other harmful chemicals. Applications for EVOH originatedin them of hydrocarbons, whose use was mandated by the US EPA and the CA Air Resources Board (CARB) to reduce VOC emissions.

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