GlassCell Isofab Inc.

Air-Bloc 06 is a single component elastomeric bitumen, liquid membrane designed to provide an air barrier when applied to construction surfaces. Cures to provide a tough monolithic, rubberlike membrane which resists air leakage.

Air-Bloc 07 is a single component solvent based, polymer modified bitumen, liquid membrane designed to resist air leakage when applied to construction surfaces while remaining permeable to the passage of water vapor.

Air-Bloc 21 is a trowel consistency, solvent type, synthetic rubber based insulation adhesive formulated for ease of application to construction surfaces such as masonry and concrete, gypsum board and wood. Cures to a flexible film which resists air leakage. Designed to be used as a full bed adhesive in conjunction with rigid foam or semi-rigid paper-faced insulation to provide an air barrier. Also available as Air Bloc 21 FR (Fire resistive) and Air Bloc 21S (Spray applied)

Air-Bloc 31 is a one component, liquid applied, rubberized (elastomeric) membrane designed to provide an air barrier when applied to construction surfaces. Cures to a tough monolithic rubber-like membrane, which resists air leakage.

Air-Bloc 32 is a one component, liquid applied, elastomeric membrane designed to provide an air and vapor barrier when applied to construction surfaces. Cures to a tough monolithic rubber-like membrane which resists air leakage. Meets CAN/CGSB-51-33 Type I Water Vapor Permeance requirements.

Air-Bloc 33 is a UV resistant, one component, liquid applied, rubberized (elastomeric) membrane designed to provide an air barrier when applied to construction surfaces. Cures to a tough monolithic rubber-like membrane, which resists air leakage. Provides a tough, durable, UV and weather resistant finish.

Aluminum foil, fiberglass & polyester fabric. Excellent strength and highly abuse resistant. Provides enhanced installed appearance.

Aluminum foil, fiberglass & polyester scrim, 30# natural kraft. Lowest cost foil facing designed for metal buildings. Provides .03 emissivity benefits.

White polypropylene film, metallization, fiberglass & polyester fabric. Exceptionally high impact strength.

Intertape Polymer Group manufactures North America's most diversified line of polyolefin fabrics to satisfy the needs of the industry with durable, cost-efficient and innovative features. Novathene®'s advanced engineered coatings (H D PE/LDPE) provide exceptional resistance to tears and punctures, ultra-violet light and low temperatures. Inert to most chemicals and liquids, Novathene® is ideal for metal building insulation facings.

White polypropylene film, metallization, fiberglass & polyester scrim, 14# white kraft. Excellent general purpose product. Specified by Army Corps of Engineers

White polypropylene film, fiberglass & polyester scrim, 30# natural kraft, metalized polyester. Excellent strength and highly abuse resistant. Provides enhanced installed appearance.

White polypropylene film, fiber-glass & polyester scrim, 11# natural kraft. Lowest cost general purpose product. Excellent for chemically hostile environment.

White polypropylene film, fiberglass scrim, metalized polyester. Lowest cost film/film product with a .02 perm (WVTR).

Aluminum foil, fiberglass scrim, elastomeric polymer and white high intensity kraft combine to make this pipe jacketing one of the most used in the mechanical pipe insulation market.

A combination of aluminum foil, fiberglass & polyester scrim, natural kraft are used intensively in the mechanical insulation markets for duct wraps, pipe and tank wraps, rigid board facings and other applications where superior vapor barrier characteristics are required.

A light, plain weave, coarse, cotton cloth with hard twisted yarns, usually not more than 203 g/sq m (6 oz. per square yard). Available regular of fire rated.

Resin-coated fabrics made of inorganic woven glass which will not rot, are lightweight and will conform to irregular surfaces. The tensile strength of glass fabrics is greater than cotton fabric or jute. Glass fabric is available in white, black or yellow.

Blueskin® SA is a self-adhering membrane consisting of an SBS rubberized asphalt compound which is integrally laminated to a blue cross-laminated polyethylene film. Blueskin® SA is specifically designed to be self-adhered to a prepared substrate, providing an air/vapor/water barrier. Also available as LT for low temperature applications

Blueskin® TWF is a self-adhered membrane consisting of an SBS rubberized asphalt compound which is integrally laminated to a yellow cross-laminated polyethylene film. Blueskin® TWF is specifically designed for use as a thru-wall flashing and dampproof course. Available in 300mm (12"), 450mm (18"), 600mm (24") and 900mm (36") widths.

FOILSKIN® is a self-adhesive SBS modified membrane, laminated to a glass scrim reinforced aluminum foil. FOILSKIN® is specifically designed for use as a jacketing system over insulated ducts, chilled water piping, refrigeration pipes, plenums and housing to provide an ultra-violet weather barrier.

Thermoskin™ is a UV resistant, self-adhering weather barrier membrane consisting of an SBS rubberized asphalt compound, integrally laminated to a reinforced glass scrim, UV resistant laminate. Thermoskin™ is specifically designed to be self-adhered to a prepared substrate, providing a weather barrier.

FlexClad-400 is a patented, water and weather-resistant, pre fabricated, self-adhering, sheet-type protective membrane. The top surface is UV-resistant embossed aluminum that reflects heat and can aid in reducing energy costs. It is bonded to extremely tough, high density polyethylene reinforcement material that is backed by a layer of aggressive, rubberized asphalt.

Venture Tape VentureClad™ 1577CW® is a zero permeability, absolute vapor barrier for insulation cladding and jacketing applications. A 5-ply, self adhesive material installs quickly and easily with no special tools required, resulting in significant time, labor, and cost savings.

Blueskin® TG is an SBS modified bitumen membrane reinforced with non-woven fiberglass. Blueskin® TG is specifically designed to be fused to the substrate by heating the lower surface with a propane torch.