Building Envelope™ System

Balconyguard™ Membrane is a 60-mil, self-adhesive waterproofing membrane to be used specifically on wood deck balcony structures that will be covered with lightweight concrete. Our Balconyguard™ System includes custom corner boots for ease of installation and detailing, and to save time and money on the jobsite. Balconyguard™ is a perfect solution for apartment and mulit-family construction as well as projects with a large number of balconies or decks. Balconyguard™ Membrane 48-inch wide rolls reduce edge seam occurrence by up to 25% when compared to traditional 36-inch wide material and thereby reduces the number of seams necessary.

Request a Sample

Deckguard® HT is a high heat 40-mil roofing membrane composed of a high strength slip resistant spider web backing laminated to a high performance high heat asphalt compound with a film release for ease of application. The release liner is removed leaving a strong asphalt compound to bond to the roof deck.

Deckguard® HT is designed to help in high temperature applications. The high temperature resistance allows the membrane to be exposed to heat of 260° or less. It has superior adhesion to the roof deck. It is self-sealing and will seal around nails which will resist leakage caused by water backing up due to ice dams or wind driven rains.

Request a Sample

Tileguard™ is a composite membrane of fabric and rubberized asphalt, 40 mils in thickness used to reduce the risk of cracking of ceramic tiles in a flooring application. This elastomeric, self-adhesive membrane is wound on cores with a disposable silicone release sheet. It absorbs stress caused by concrete cracking, helping to prevent cracks in the subfloor from appearing in the tile surface above. Tileguard™ can be installed over a variety of subflooring surfaces, including installation underneath ceramic or brick flooring with thin or thick tile setting materials.

Request a Sample

Ultra CRM™ - Chemical Resistant Membrane - is a strong, 60-mil, post-applied membrane designed and tested to withstand elevated concentrations of soil, fluid and vapor contaminants when installed on below grade concrete or CMU structures; such as concrete foundation walls, tunnels, parking garages and related applications where chemical resistant waterproofing is critical.

Request a Sample

Underseal® Blindside™ Membrane is a tough, 73-mil pre-concrete pour waterproofing membrane/vapor barrier designed to virtually eliminate water and vapor transmission through below grade concrete walls.

Underseal® Blindside™ Membrane is used as a waterproofing membrane where vertical, positive-side waterproofing is required to be installed before the foundation walls are poured. A strong mechanical bond is developed between the membrane and concrete at the time of pouring as the concrete intermingles with the fibers of the nonwoven geotextile. A strong adhesive bond is created when the static load and thermal reactive heat of the concrete slab causes sealant/adhesive compound to have an intimate contact with the concrete surface preventing water migration. With both a mechanical and adhesive bond, the concrete will be tightly sealed and bonded to the membrane, creating superior protection against moisture intrusion. 73-mil Underseal® Blindside™ can also be used in certain horizontal applications. Contact Polyguard for more information.

Request a Sample

Underseal® PRM™ - Puncture Resistant Membrane - is a strong, self-adhering, 65-mil, post-concrete pour sheet waterproofing membrane/vapor retarder with a double thick, high-strength, co-extruded backing laminated to a thick layer of rubberized asphalt compound. Underseal® PRM™ adheres tightly and permanently to concrete. The backing forms a continuous barrier to water and moisture vapor entry. Underseal® PRM™ can be used in both horizontal and vertical applications.

VERTICAL APPLICATION: Underseal® PRM™ can be used in wall applications when applied to the exterior side of vertical concrete foundation walls, tunnels, and related applications where waterproofing is critical. It allows for faster waterproofing applications by eliminating the step to install an additional protection course prior to backfilling with clean fill.

HORIZONTAL APPLICATION: Underseal® PRM™ can be applied to horizontal slab applications such as parking garages, plaza decks, plywood decks and related applications and allows for concrete topping slab installation without the need for a separate protection course in most situations

Request a Sample

Underseal® Underslab Membrane is a tough, 85-mil pre-concrete pour waterproofing membrane/vapor barrier designed to virtually eliminate water and vapor transmission through concrete slabs & elevator pitts. In addition to protecting floor finishes and indoor air quality, Underseal® Underslab Membrane also acts as a barrier to methane and radon gas.

Underseal® Underslab Membrane provides a continuous seal underneath the foundation slab. A strong mechanical bond is developed between the membrane and concrete at the time of pouring as the concrete intermingles with the fibers of the nonwoven geotextile. A strong adhesive bond is created when the static load and thermal reactive heat of the concrete slab causes sealant/adhesive compound to have an intimate contact with the concrete surface preventing water migration. Underseal® Underslab Membrane is typically installed horizontally over a prepared subbase such as compacted soil, mud slab or #57 stone. 85 mil Underseal® Underslab can also be used in vertical applications.

Request a Sample

Polyflow® 15 sheet molded drain is manufactured with a geo-composite of a formed impermeable polymeric core covered on one side with a polymeric filter fabric. The fabric allows water to pass into the drain core while restricting the movement of soil particles which might clog the core. The core allows the water to flow to designated drainage exits.

Polyflow® 15P sheet molded drain is manufactured with a geo-composite of a formed impermeable polymeric core covered on one side with a polymeric filter fabric and a PET film protection layer. The fabric allows water to pass into the drain core while restricting the movement of soil particles which might clog the core. The core allows the water to flow to designated drainage exits.

Request a Sample

Polyflow® 18 Drainage Mat is two-part, molded sheet drainage geocomposite consisting of a formed impermeable polymeric core covered on one side with woven filter fabric. The fabric allows water to pass into the drain core while restricting the movement of soil particles which might clog the core. The core allows the water to flow to designated drainage exits. Polyflow 18 is designed for horizontal applications. Compressive strength is 21,000 psf.

Request a Sample

Totalflow™ is a high-capacity sheet molded perimeter drainage system constructed using a formed polymeric core, designed specifically to transition water collected from sheet drains to an outlet drain.

Request a Sample

105 Flashing Membrane is a 105 mil, strong, pliable self-adhesive sheet consisting of high density polyethylene film bonded to a layer of rubberized asphalt waterproofing compound with slit release sheet to conform to 90° angles. 105 Flashing is used in exterior flashing applications to deflect water. Applications include spandrel beams, sills, copings, door and window headers, and flange flashings.

606 Tape is a high strength double-sided tape comprised of rubberized asphalt. The tape is supplied in rolls in 4″ and 6″ widths and utilizes both Kraft paper and plastic film release sheets which are removed prior to application. 606 Tape provides a fast, non-volatile solution for sealing seams and providing tie-in details for various Polyguard® membranes, including the Underseal® product line.

650 LT Liquid Adhesive is a rubber-based adhesive in solvent solution which is specifically formulated to provide excellent adhesion with the Polyguard® waterproofing membranes under many kinds of surface conditions. It is designed for use as a primer for all structural concrete, masonry, or wood surfaces on which waterproofing membranes will be applied, and can be installed on applications down to 25°F (-4°C).

650 WB Liquid Adhesive is a water-based, rubber-based, low-tack adhesive which is specifically formulated to provide excellent adhesion. It has a VOC content of 5 g/L. 650 WB Liquid Adhesive will be pink color in appearance. It is designed to be used in ambient temperatures and surface temperatures of 40°F (5°C) and rising. It is an integral part of Polyguard Systems which is used on dry surfaces to condition them to be dust free, so the substrate is suitable for the application of Polyguard Waterproofing Membranes.

The Balconyguard™ Outside Corner Boot is a 60-mil combination of rubberized asphalt and polyethylene. The adhesive surface is covered with a release liner to be removed prior to application of the Balconyguard™ Membrane. It is applied to the outside face of the balcony at the wall-to-balcony interface.

Boots are 6″x 6″x 6″ and come 25 to a carton.

Detail Sealant PW™ is a new generation, environmentally friendly, non-isocyanate adhesive/sealant that replaces silicone and urethane sealants. Non-corrosive and non-staining, Detail Sealant PW™ is a low VOC/HAPS free, high-performance, flexible sealant that is solvent free.

Detail Sealant PW™ is designed for filling minor cast concrete cracks, concrete masonry cracks, gaps at head joints, penetrations, and gypsum sheathing joints.

It is also used in many below-grade waterproofing applications at terminations and penetrations as well as a trowel-on rough opening flashing/waterproofing above-grade.

Detail Tape is a strong, pliable, self-adhesive sheet consisting of cross laminated high density polyethylene film bonded to a layer of rubberized asphalt waterproofing compound. Detail Tape is wound onto a disposable silicone treated release sheet to prevent the membrane from sticking onto itself while in the roll. Use as detail strips on inside and outside corners, penetrations, expansion joints, control joints, cold joints and for patching damaged areas of the waterproofing membranes.

Green Concrete Liquid Adhesive is a rubber based adhesive in solvent solution which is specifically formulated to provide excellent adhesion with the Polyguard® waterproofing membranes under many kinds of surface conditions. It is designed to prime green concrete less than seven day cure for normal structural concrete.

LM-85 SSL is a two component, semi-self leveling, asphalt modified, urethane liquid membrane specifically formulated to be used in conjunction with Polyguard waterproofing membrane in Dual Core and pitch pan applications. LM-85 SSL can be applied in ambient and surface temperatures of 40°F (5°C) and rising.

LM-95 is a two-part component urethane waterproofing membrane to be used in a variety of applications in conjunction with the Polyguard® waterproofing system. It is designed for use in several different detailing applications, including creating a fillet at the junction of the footing and foundation, creating a collar around drain detailing areas, as a termination flashing material for protrusions through the waterproofing system, and for terminations and flashings to curbs and parapets on plaza decks or other similar horizontal applications. LM-95 can be applied in ambient and surface temperatures of 40°F (5°C) and rising.

Poly Cover is a preformed dome shaped tie back cover made with heavy duty, high impact ABS plastic. It is designed to cover protruding tie-back bolts less than 6″ in height in lagging and retention walls prior to application of the Underseal® Blindside™ membrane.

Underseal® Fabric Tape is a rubberized asphalt waterproofing membrane laminated to a polypropylene fabric. Our Fabric Tape is a critical component when used in conjunction with the Underseal® Underslab and Underseal® Blindside Membrane waterproofing systems.

The Underseal® Inside Corner Boot is is a 60-mil combination of rubberized asphalt bonded to polyethylene. The adhesive surface is covered with release liner which will be removed prior to application. It is applied in the inside corner to reinforce and seal the corners of the Underseal® Underslab membrane. Underseal® Inside Corner Boots are designed for use on all inside corners.

Boots are 12″x 12″x 12″ and come 25 to a carton.

The Underseal® Pit Top Corner Boot is a 60-mil combination of rubberized asphalt bonded to polyethylene. The adhesive surface is covered with a release liner which will be removed prior to application of the Underslab Membrane. Apply the Underseal® Pit Top Corner Boot in the corner to reinforce and seal the Underseal® Underslab Membrane. This preformed corner boot conforms to the film side of the Underseal® Underslab Membrane to seal any possible pinhole conditions.

Boots are 6″x 6″x 6″ and come 25 to a carton.

Air Barrier systems provide the only effective defense against air leakage and moisture issues. Polyguard's Airlok Flex® VP is a water-based, permeable, cold fluid-applied, single-component, acrylic-based, elastomeric membrane designed to prevent air and moisture penetration while allowing water vapor to escape. Airlok Flex® VP is engineered as an air barrier for installation on concrete and concrete masonry (CMU), paper, glass or foil faced sheathing, plywood, oriented strand board (OSB) and rigid insulation in the cavity. Airlok Flex® VP can be applied in a temperature range of 40°F up to 120°F and is resistant to ultraviolet (UV) for up to one year.

Request a Sample

Airlok® Sheet 400 HT/NP is a 40-mil, 36" x 75' laminated, modified asphalt, self-adhesive, non-permeable sheet membrane bonded to a cross-laminated polyethylene sheet designed for air and moisture applications. Provides a 60-day UV exposure with a broad service/performance temperature up to 260°F. Rubberized-asphalt properties allow for self-sealing around fasteners, sealing of laps, adhesion to the substrate at ambient application temperatures above 40°F (5°C). Designed for use under metal cladding and copings.

Request a Sample

Airlok Sheet UV Ultra 400 and its complementary flashings are self-adhesive, non-permeable composite sheets and flashings consisting of an extra durable foil facing laminated to a layer of rubberized-asphalt. These products are designed to withstand UV exposure for 2 years. The rubberized-asphalt properties allow for self-sealing around fasteners, sealing of laps and adhesion to the substrate at ambient temperatures above 40°F.

Request a Sample

Choosing a suitable ICF vapor barrier contributes to an Insulated Concrete Form building's durability, indoor environmental quality (IEQ), and energy efficiency.

Professionally installed vapor barriers (retarders) stop water vapor from infiltrating a building envelope, provide damp proofing and enhance the energy efficiency, comfort, and long-term integrity of a commercial building or home. In addition, vapor barriers for ICF construction can prevent or minimize condensation, which can lead to damaging mold and threaten the effectiveness of the insulation.

Weep holes protect a brick structure's building envelope from moisture accumulation by allowing water in the wall cavity to escape. However, you must cover the weep holes with a screen that will keep tiny termites, larger rats, and dangerous embers and sparks from passing through, like Polygaurd's TERM Weep and Vent Barrier.

Strong, durable, and safe commercial buildings and homes need to have waterproof basement walls and floors. The goal in waterproofing a basement is to keep water and soil away from the below-grade walls and floor. For concrete basement walls, waterproofing requires installing a waterproofing membrane and a dimple drainage board.

Successful application of window flashing to complex recessed windows requires attention to detail and high-quality flashing material appropriate to the climate zone. Fortunately, Poly Wall® offers flashing products for all your recessed windows needs, including permeable Poly Wall®'s Blue Barrier Flash' N Wrap 2400 and impermeable Aluma Flash™ UV Resistant Flashing.

The long-term integrity and health of a structure depend on a successful wall drainage system, which includes three components:

• A dimple board waterproofing (drainage boards, drainage panels) that gives moisture a path to the footings.

• A footing drain to collect water, and direct it to a sump pump.

• A pump to remove water to an external stormwater collection system. Alternatively, a sloping lot may provide enough gravity from the footing drain to the sunlight.

Liquid-applied vapor barriers create a monolithic coating that directly bonds to the exterior wall sheathing. The barriers stop vapor diffusion, which occurs when moisture flows from an area of higher moisture concentration toward an area of lower concentration. It also happens when moisture travels from a hotter to a cooler space within a building material.

Long-lasting, easy-to-use elastomeric flashing sealants provide weatherproofing protection. Properly installed, they prevent leaks at flashings in walls, gypsum sheathing, vents, skylights, chimneys, and stacks and fill gaps at head joints, minor cast concrete cracks, concrete masonry cracks, gypsum sheathing joints, and penetrations. In addition, elastomeric properties keep the flashing flexible over time, to resist brittleness.

A quality air barrier contributes toward an efficient exterior wall system by stopping air and any accompanying moisture from entering a building's interior. Air barriers come in several forms with various applications: fluid-applied air barriers and sheet applied.

Installing high-performing windows saves energy and blocks various kinds of damaging light, saving a tremendous amount of money and creating a more comfortable indoor environment.

Integrated building envelope systems are a superior solution for constructing sustainable, high-performing buildings. An integrated building envelope plan should keep its occupants secure, safe, and comfortable. In addition, it should protect the environment through energy efficiency and long-term structural durability.

High-performing, energy-efficient homes require a tight building envelope that prevents air (and moisture) from infiltrating the wall system. Air infiltration into a house can lead to significant energy loss. It will also cause condensation (moisture) to collect in the walls, resulting in structurally damaging and unhealthy mold and rot. The International Residential Code (IRC) requires weather-resistant barriers for most homes to prevent air- and moisture infiltration.