Advanced engineering products integrated within global supply chains, manufactured under strict ISO and CE regulations.
A narrative of precision manufacturing dating back to the mid-1980s, scaling to meet contemporary global specifications.
Founded in the mid-1980s, Foshan Fintrace Window Co., Ltd. has developed over four decades into a premier manufacturer of high-performance window screening materials. Strategically located within one of China's core fiberglass industrial bases in Shandong, the enterprise commands a massive production facility spanning more than 40,000 square meters.
Our specialization lies in the advanced engineering of stealth window screens, multi-specification fiberglass mesh cloth, and specialized chemical fiber wire netting. By deploying precision, fully automated computer-controlled weaving systems and processing lines imported from leading global machinery builders, we guarantee physical uniformity and chemical durability across every square meter produced.
"Integrating state-of-the-art finishing and chemical treatment technologies, we sustain a daily production capacity scaling up to 300,000 square meters, satisfying large-scale infrastructure orders while preserving high mechanical tolerance."
Square Meters Plant Area
Daily Output Sqm Capacity
Established Industry Heritage
Imported Automated Control
How physical properties define protective, structural, and interface screen materials for modern architectural and industrial applications.
Warp and weft tension control technology ensures that each aperture remains structurally stable under high winds and impact, preventing mesh slippage over prolonged exposure.
Formulated with medical-grade, non-toxic PVC and acrylic resins, our screens exhibit high UV resilience, zero off-gassing, and remarkable resistance to oxidation and marine corrosion.
Using ultra-fine fiber diameters (down to 0.08mm), our stealth screens yield up to 88% visual transparency while preserving high tensile strength and air filtration properties.
To assist design engineers and procurement officers in selecting appropriate shielding and screening grades, the following technical matrix details standard physical tolerances:
| Material Class / Application | Mesh Density (Warp x Weft) | Tensile Strength (N/50mm) | UV Resistance Rate (ISO 4892-2) | Flame Retardancy Standard |
|---|---|---|---|---|
| Stealth Fiberglass Window Screen | 18 x 16 / inch | Warp > 320, Weft > 290 | > 95% Retention after 1000h | UL94 V-0 Class Compliant |
| Heavy-Duty Fiberglass Mesh Cloth | 20 x 20 / inch | Warp > 450, Weft > 420 | > 97% Retention after 1000h | NFPA 701 Certified |
| Chemical Fiber High-Tension Netting | 24 x 24 / inch | Warp > 380, Weft > 350 | > 90% Retention after 800h | BS 5867 Part 2 compliant |
| Reinforced Multi-Filament Mesh | 16 x 14 / inch | Warp > 500, Weft > 480 | > 98% Retention after 1200h | DIN 4102-1 B1 Standard |
The progression of screen substrates and smart integration over the next decade.
The interface between building envelopes and the environment is evolving. Foshan Fintrace is actively researching the application of photocatalytic nano-coatings directly onto fiberglass and chemical fiber substrates. These coatings trigger the self-decomposition of airborne organic pollutants and dust when exposed to UV radiation, keeping the screen clean for extended periods.
Concurrently, our engineering departments are mapping the integration of multi-functional screens. By bridging architectural mesh screens with optical interactive hardware—similar to our high-resolution 43 Inch Pcap Touch Screens—commercial building façades are shifting from passive structures to interactive portals, allowing touch interface operation on toughened outdoor glass systems.
Our roadmap focuses on integrating structural protection, environmental insulation (dust, pollen, micro-pollutants), and digital display surfaces into single cohesive building system products.
Tailored configurations optimized to survive harsh, high-exposure commercial settings.
Integrated into dynamic curtain walls, safety egress points, and heavy-duty window profiles. Our high-tensile fiberglass mesh coordinates with impact-resistant skylight systems, including laminated tempered glass panel structures, safeguarding building interior zones from high-speed windborne debris.
Specialized micro-mesh configurations provide optimal insect barrier vectors while maintaining precise micro-climate stability. This ventilation optimization reduces reliance on chemical pest controls, maximizing organic crop yield inside state-of-the-art agricultural complexes.
Engineered chemical fiber netting systems perform as primary filtration layers in high-volume air processing units, water treatment infrastructure, and wastewater separation vessels, ensuring mechanical reliability under continuous flow.
Unifying computerized precision looms with optimized raw material sourcing to ensure price and delivery predictability.
Fintrace Window Co., Ltd.'s production line incorporates computerized tension-adjusting looms imported directly from world-class European manufacturers. These machines operate alongside digital inspection sensors that detect structural anomalies down to 0.05 mm, minimizing fabric faults on every roll.
Located in Shandong, the factory is positioned adjacent to regional glass raw material refiners. This geographical placement shortens shipping loops for raw materials, shielding customers from price volatility and cargo backlogs.
This structural layout enables us to maintain a stable, high-volume production output. Whether delivering standardized bulk rolls or customized widths and warp densities, our system provides consistent quality with short turnaround times.
Ensuring cross-border compliance through accredited testing, local warehousing, and robust product documentation.
All product lines comply with ASTM D5035 (breaking force/elongation), REACH chemical compliance safety parameters, and RoHS specifications for hazard containment.
We coordinate with regional logistics centers in North America, Western Europe, and Southeast Asia to support flexible shipping programs (DDP/FOB/CIF) and local inventory programs.
We provide custom roll length adjustments, bespoke color matching (RAL card standards), and targeted chemical coatings (including anti-static, dust-proof, and salt-mist treatments).
Helping international supply managers align logistics, quality metrics, and volume demands.
Large-scale screen and mesh procurement involves balancing performance specifications with shipping efficiency. At Foshan Fintrace, we help resolve common supply bottlenecks:
Direct technical answers addressing installation, customization, order volume, and material choices.
Fiberglass mesh provides superior dimensional stability, heat resistance, and structural memory. It will not sag under heat exposure or stretch during installation. The PVC coating on our fiberglass core also offers superior flame resistance compared to polyester alternatives.
Yes. Utilizing our computer-controlled looms, we can adjust roll widths from 0.5 meters up to 3.2 meters. We also adjust roll lengths to meet specific customer assembly line requirements, reducing waste during processing.
We use online optical monitoring systems alongside regular lab testing. Every 2,000 meters produced, we test for tensile strength, elongation, UV aging resistance, and flame retardancy. This ensures that every roll meets our high quality standards.
Standard specification orders ship within 15 to 20 days. Custom configurations requiring specific warp densities or specialized chemical treatments typically ship within 25 to 35 days, depending on raw material sourcing times.
Yes. Our PVC coatings contain high-quality UV stabilizers and salt-mist-resistant compounds, protecting the inner fiberglass core from degradation in high-salinity coastal areas.
Yes. We provide complete material test reports, mill test certificates, and compliance documentation for international building codes, including REACH and RoHS certifications.
Specialized hardware, structural components, and processing equipment for commercial and industrial applications.