As a premier glass fiber bag filter media exporter, we specialize in delivering high-performance filtration solutions tailored for demanding industrial environments. Our glass fiber bag filter media is engineered from premium E-glass or C-glass fibers, woven into durable, high-temperature resistant fabrics that excel in pulse-jet baghouse systems. These filter bags effectively capture fine particulates, ensuring compliance with stringent emission standards while minimizing downtime and operational costs.
Ideal for high-velocity gas streams and abrasive dusts, our glass fiber bag filter media offers exceptional thermal stability up to 260°C continuous and 300°C peak, making it indispensable in sectors like cement production, metallurgy, and waste incineration. With customizable dimensions, coatings, and configurations, we provide a versatile product line that adapts to diverse filtration challenges. As a trusted glass fiber bag filter media exporter, our commitment to quality is backed by ISO-certified manufacturing processes, ensuring every batch meets international specifications such as ASTM D3935 and GB/T 14342.
Our export network spans Asia, Europe, the Middle East, and North America, facilitating seamless global supply chains. Whether you're upgrading existing baghouses or designing new systems, our glass fiber bag filter media delivers superior air-to-cloth ratios, extended service life, and reduced pressure drops, optimizing your filtration efficiency.
These features position our glass fiber bag filter media as the go-to choice for glass fiber bag filter media exporters serving global industries seeking reliable, cost-effective dust control.
| Property | Specification | Test Standard |
|---|---|---|
| Material | E-Glass or C-Glass Fiber | GB/T 18370 |
| Weight (g/m²) | 450 - 800 | GB/T 24218.6 |
| Air Permeability (mm/s @ 200Pa) | 200 - 450 | GB/T 5453 |
| Continuous Temperature (°C) | 260 | Internal Testing |
| Peak Temperature (°C) | 300 | Internal Testing |
| Warp Strength (N/5cm) | ≥2000 | GB/T 3923.1 |
| Weft Strength (N/5cm) | ≥1800 | GB/T 3923.1 |
| Filtration Efficiency (%) | ≥99.9 (0.5μm particles) | GB/T 6719 |
| Thickness (mm) | 0.8 - 1.6 | GB/T 24218.2 |
| Moisture Regain (%) | ≤3.5 | GB/T 9995 |
| Standard Sizes (mm) | Dia 130-200 x Length 2000-8000 (customizable) | - |
| Surface Treatment | PTFE Membrane, Silicone Oil, Graphite Impregnation | - |
These specifications underscore our position as a leading glass fiber bag filter media exporter, with rigorous testing ensuring consistency across shipments.

Our glass fiber bag filter media excels in high-temperature, high-dust applications across multiple industries. In cement manufacturing, it captures kiln exhaust particulates, handling alkaline dusts and temperatures exceeding 200°C. Steel mills rely on it for sintering and blast furnace gas filtration, where abrasion resistance is critical against iron oxide fines.
Power plants burning coal or biomass use our media in electrostatic precipitator upgrades and baghouses to meet EPA and EU emission limits. In non-ferrous metallurgy, such as aluminum smelting, it filters fluoride-laden gases without degradation. Waste-to-energy incinerators benefit from its chemical stability against dioxins and HCl.
Additional scenarios include asphalt mixing plants for bitumen fumes, chemical processing for catalyst dust, and mining operations for crusher emissions. As a dedicated glass fiber bag filter media exporter, we support these sectors with tailored solutions that enhance uptime and reduce energy consumption through optimized pulse-cleaning cycles.
Choosing our glass fiber bag filter media provides distinct advantages over conventional options. Its unparalleled thermal endurance reduces thermal shock failures, extending bag life by 20-30% compared to polyester or acrylic media. The inherent rigidity minimizes fiber shedding, ensuring cleaner emissions and lower maintenance.
Advanced weaving techniques yield uniform pore structures for balanced permeability and cake release, achieving pressure drops under 1500Pa even after prolonged use. Eco-friendly manufacturing avoids hazardous finishes, aligning with REACH and RoHS directives. Cost savings materialize through higher air-to-cloth ratios (up to 1.5 m³/m²/min), allowing smaller filter footprints.
As an experienced glass fiber bag filter media exporter, we offer bulk customization, rapid prototyping, and third-party validations like SGS testing, guaranteeing performance in real-world conditions.
With over 15 years in filtration exports, we stand out as a reliable glass fiber bag filter media exporter. Our state-of-the-art production in China adheres to ISO 9001, IATF 16949, and ISO 14001 standards, with automated looms ensuring precision. We maintain strategic warehouses in key ports for just-in-time delivery worldwide.
A dedicated R&D team innovates with hybrid composites, like glass-PTFE blends, for emerging regulations. Transparent supply chains provide full traceability via QR-coded batches. Our 98% on-time delivery rate and 24/7 technical support foster long-term partnerships. Clients from LafargeHolcim to POSCO affirm our quality, making us the exporter of choice for sustainable filtration.
Q: What is the typical service life of your glass fiber bag filter media?
A: Under standard conditions, 18-36 months, depending on dust load and cleaning cycles. Proper installation extends this further.
Q: Can you customize bag dimensions and treatments as a glass fiber bag filter media exporter?
A: Yes, we offer fully bespoke solutions, from 100mm to 300mm diameters and various seam reinforcements.
Q: How does it perform in humid environments?
A: Low moisture regain prevents hydrolysis; optional coatings enhance hydrophobicity.
Q: What certifications do your products hold?
A: ISO 9001, CE marking, and compliance with GB/T standards; third-party tests available.
Q: Is membrane lamination available?
A: Absolutely, PTFE or ePTFE laminates boost efficiency to 99.99% for ultra-fine dusts.
Q: What is your minimum order quantity for exports?
A: Flexible; starting from 100 bags, scalable for large projects.