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Alkali-Resistant Fiberglass Mesh is a high-strength, dimensionally stable woven reinforcement material, purpose-built for commercial construction, renovation, and industrial composite applications. Manufactured from premium E-glass and high-purity SiO2-glass fiber yarns via precision loom weaving, the mesh is finished with a specialized alkali-resistant protective coating that enhances structural integrity, chemical resistance, and long-term performance in harsh cement and plaster environments. Compliant with ASTM D3656-04 industry standards, this mesh delivers unmatched tensile strength, thermal stability, and crack prevention capabilities, making it the preferred choice for commercial construction contractors, building material distributors, renovation project operators, and bulk procurement clients seeking reliable, code-compliant reinforcement solutions for large-scale projects.
Our construction grade fiberglass mesh features exceptional warp and weft breaking strength (up to 740 N and 575 N respectively), with minimal elongation under load to maintain consistent dimensions even in high-stress construction environments. The tight woven structure ensures uniform stress distribution, effectively preventing crack formation and propagation in cement, plaster, and concrete substrates.
The specialized alkali-resistant latex coating delivers exceptional protection against the high-alkaline environment of cement and mortar, preventing fiber degradation and ensuring long-term structural integrity. Accelerated weathering testing confirms the mesh retains over 95% of its bursting strength after 480 hours of extreme exposure, making it suitable for both interior and exterior long-term applications.
Manufactured from high-temperature resistant glass fibers, our E-glass fiberglass mesh withstands continuous temperatures up to 600°C, with high-purity SiO2-glass variants rated for over 1000°C. All products pass strict flame resistance testing, meeting commercial building code requirements for fire safety in interior and exterior construction projects.
At just 75–160 g/m² area weight, the mesh is extremely lightweight and easy to handle, cut, and apply on flat or curved surfaces without specialized equipment. It bonds seamlessly with cement, plaster, and adhesive materials, reducing installation time and labor costs for large-scale commercial projects.
| Technical characteristics — 18×16 (0.011") Fiberglass Screen Mesh | ||
| Property | Imperial (nominal value) | Metric (nominal value) |
| Area Weight | 3.4 oz/yd² | 110.0 g/m² |
| Mesh | 18 x 16 ends/inch | 7 x 6 ends/cm |
| Breaking Strength (Warp) | 166 lbf | 740 N |
| Breaking Strength (Weft) | 129 lbf | 575 N |
| Bursting strength after 480 hr accelerated weathering | >100 PSI | >68.9 N/cm² |
| Bond | 31 lbf | 140 N |
| Stiffness (Warp) | 70–90 mgr | 70–90 mgr |
| Stiffness (Weft) | 70–90 mgr | 70–90 mgr |
| Coating Formulation | Proprietary | Proprietary |
| Flame Resistance | PASS | PASS |
| Coated Yarn Thickness | 0.011 inch | 0.280 mm |
| Standard Dimensions (Width) | 14–108 inches | 356–3000 mm |
| Standard Dimensions (Length) | 7 / 25 / 100 / 600 feet | 2.13 / 7.62 / 30.5 / 183 m |
| Standard | ASTM D3656-04 | ASTM D3656-04 |
| Tolerances | Imperial | Metric |
| Area weight | ± 5% | ± 5% |
| Bursting | ± 5% | ± 5% |
| Bond | ± 5% | ± 5% |
| Mesh Count | ± 1 end/inch | ± 0.4 ends/cm |
| Thickness | ± 0.001 inch | ± 0.0254 mm |
| Width | +0.25 inch / -0 inch | +6 mm / -0 mm |
| Length | +1%/0% | +1%/0% |
| Technical characteristics (17×15 mesh) | ||
| Property | Imperial (nominal value) | Metric (nominal value) |
| Area Weight | 3.1 oz/yd² | 100 g/m² |
| Mesh | 17 x 15 ends/inch | 6.7 x 5.9 ends/cm |
| Breaking Strength (Warp) | 160 lbf | 710 N |
| Breaking Strength (Weft) | 125 lbf | 555 N |
| Bursting strength after 480 hr accelerated weathering | >95 PSI | >65.5 N/cm² |
| Bond | 30 lbf | 135 N |
| Stiffness (Warp) | 65–85 mgr | 65–85 mgr |
| Stiffness (Weft) | 65–85 mgr | 65–85 mgr |
| Coating Formulation | Proprietary | Proprietary |
| Flame Resistance | PASS | PASS |
| Coated Yarn Thickness | 0.011 inch | 0.260 mm |
| Standard Dimensions (Width) | 14–108 inches | 356–3000 mm |
| Standard Dimensions (Length) | 7 / 25 / 100 / 600 feet | 2.13 / 7.62 / 30.5 / 183 m |
| Standard | ASTM D3656-04 | ASTM D3656-04 |
| Property | Imperial | Metric |
| Area weight | ± 5% | ± 5% |
| Bursting | ± 5% | ± 5% |
| Bond | ± 5% | ± 5% |
| Mesh Count | ± 1 end/inch | ± 0.4 ends/cm |
| Thickness | ± 0.001 inch | ± 0.0254 mm |
| Width | +0.25 inch / -0 inch | +6 mm / -0 mm |
| Length | +1%/0% | +1%/0% |
The core application of our wall reinforcement fiberglass mesh is interior and exterior wall plastering and drywall repair, where it prevents cracking caused by temperature changes, substrate shrinkage, and structural vibration. It is the standard reinforcement material for residential and commercial building renovation projects, with 4×4 mm and 5×5 mm mesh sizes the most widely used for general wall reinforcement.
Our alkali-resistant fiberglass mesh is a mandatory component of External Thermal Insulation Composite Systems (ETICS), where it reinforces the insulation layer and protects against impact damage and weathering. It is also widely used to reinforce waterproofing membranes, floor screeds, and underlayment materials, improving tear resistance and extending the service life of waterproofing systems in commercial buildings.
The mesh is used as a backing reinforcement for large-format tiles, marble, and natural stone panels, preventing breakage during installation and service life, and improving bonding strength with the substrate. It is also utilized in decorative molding and profile manufacturing to enhance structural stability.
Beyond construction, our plaster reinforcement fiberglass mesh is used as a base material for industrial grinding wheels, composite material fabrication, and filter media production, with custom specifications available for specialized industrial applications.
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Each roll is wrapped with plastic film and packed in strong cartons or pallets.
Customized labels and color packaging are available.
Delivery within 10–20 days by sea, air, or express.
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Our alkali-resistant fiberglass mesh is mainly used to reinforce walls, floors, tiles, marble backing, and waterproof layers in commercial construction and renovation projects, preventing cracking and improving the bonding strength of cement, plaster, and adhesive materials.
Yes, the mesh is coated with a specialized alkali-resistant latex and epoxy formulation, making it fully compatible with high-alkaline cement, mortar, and plaster materials without degradation or loss of strength over time.
Our standard offerings include 4×4 mm and 5×5 mm mesh sizes, with area weights ranging from 75 g to 160 g/m². Full custom mesh sizes, weights, and material specifications are available for bulk commercial orders.
Yes, we offer complete OEM and custom packaging solutions, including branded labels, custom colors, and tailored packaging formats to align with your distribution business’s brand and retail requirements.