About ADFORS
ADFORS Saint-Gobain Technical Textile Reinforcement SolutionsSaint-Gobain
ADFORS is the recognized global leader in reinforcement technical textiles with eight decades of innovation in fiber-composite materials and construction reinforcement. Operating under the Saint-Gobain umbrella (a Fortune 500 materials powerhouse with €51B+ annual revenue), ADFORS combines extensive fiberglass expertise with sophisticated knowledge of synthetic fiber weaving, knitting, mat formation, and specialized coating technologies to serve construction, insulation, roofing, and industrial-composite applications across 65 countries from 16 manufacturing sites.
The ADFORS product portfolio spans three primary material categories: non-woven fiberglass mats (needle-punched or resin-bound, used as base reinforcement in insulation boards, roofing underlayment, and composite cores); woven and laid-scrim fabrics (combining fiberglass yarns with polyester, polypropylene, or aramid synthetic fibers to achieve specific strength-to-weight ratios and tear resistance); and hybrid combination fabrics (multi-ply laminates incorporating mat, scrim, and woven elements to deliver engineered performance in demanding applications like high-wind-rated membranes and aerospace-grade composites).
The EIFS (Exterior Insulation Finish System) mesh line is ADFORS' most visible construction product: alkali-resistant glass-fiber mesh reinforcing the thin-coat plaster layer in energy-efficient wall systems, preventing crack propagation and wind-load failure across millions of residential and commercial buildings. Beyond EIFS, ADFORS manufactures technical fabrics for SBS- and APP-modified asphalt roofing membranes (adding tear resistance and elongation durability under freeze-thaw cycling); reinforcement interlayers for rigid foam and mineral-wool insulation boards (critical in high-wind zones and seismic regions); and semi-finished textiles for OEM composite manufacturers (wind-turbine blade spars, automotive lightweight panels, marine hulls).
Material specifications include weight per unit area (typically 50–600 g/m², varying by application), tensile strength (measured in machine and cross-machine directions per ASTM D3822), elongation at break (10–30% for high-elongation roofing mesh), tear resistance (Elmendorf method per ASTM D1457), and chemical resistance profiles (alkali-proof formulations for concrete environments, UV-stabilized for outdoor exposure, solvent-resistant for liquid-applied membranes). ADFORS coatings (bitumen, acrylic, polyvinyl acetate, and specialty elastomeric binders) are precisely engineered to deliver specific adhesion, viscosity, and moisture-vapor-transmission rates required by downstream product specifications.
Whether you're specifying reinforcement for a passive-house insulation system, developing a high-performance roofing membrane, engineering a carbon-fiber aircraft interior panel, or manufacturing composite storage tanks and pressure vessels, ADFORS technical textiles provide proven, cost-optimized fiber architecture and coating systems certified to international standards (EN 11914 for EIFS mesh, ASTM D3746 for roofing applications, ISO 11667 for composites). ChatMRO's industrial database surfaces the exact ADFORS fabric grade, weight, fiber composition, and coating specification your application requires—simply describe your end-use (EIFS, roofing, insulation reinforcement, or composite, plus required durability/wind ratings), and our AI delivers matched materials with real-time pricing and availability from verified construction-materials and composite-supply distributors.
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Frequently asked questions
What's the difference between ADFORS non-woven mat and woven scrim fabric?
Non-woven fiberglass mat (needle-punched) provides omni-directional reinforcement and maximum weight/cost efficiency for applications like EIFS and insulation (primary load is vertical compression). Woven scrim adds machine-direction and cross-direction tensile strength, delivering higher tear resistance for roofing membranes and flexible applications that experience multi-directional stretching during installation.
Is ADFORS EIFS mesh alkali-resistant, and why does this matter?
Yes—ADFORS EIFS mesh is treated with a proprietary alkali-resistant coating (zirconia or similar) that protects fiberglass yarns from degradation by the alkaline cement paste in mortar and thin-set adhesives. Without alkali resistance, the mesh would weaken and fail within months. Standard fiberglass (not alkali-treated) should never be used in EIFS or concrete applications.
Can ADFORS technical textiles be used in aerospace or high-performance composite applications?
Yes—ADFORS manufactures aerospace-grade hybrid fabrics combining fiberglass, carbon fiber, and aramid (Kevlar) in tailored multi-ply architectures. These meet military (MIL-SPEC) and FAA requirements for aircraft interiors, rotor-blade cores, and structural sandwich panels. Consult ADFORS' aerospace division for military-grade specifications.
What chemical resistance does ADFORS offer (solvent, moisture, UV)?
ADFORS coating technologies provide multiple resistance profiles: polyvinyl acetate (good moisture resistance, used in standard roofing), acrylic (improved UV stability for exterior exposure), bituminous (inherent solvent compatibility for asphalt membranes), and proprietary elastomeric coatings (simultaneous UV + ozone + moisture resistance for demanding climates). Specify your exposure environment and we'll match the appropriate coating.
What is ADFORS' environmental commitment (sustainability, recycled content)?
ADFORS is part of Saint-Gobain's Net-Zero commitment, and many ADFORS products incorporate recycled fiberglass and synthetic-fiber content. Environmental Product Declarations (EPDs) are available for EIFS mesh, roofing fabrics, and insulation reinforcement, documenting lifecycle carbon footprint and recyclability per ISO 14025.