Premium Glass Fiber Filter Media China Factory and Professional Suppliers
Our premium Glass Fiber Filter Media is engineered using superfine glass fibers as the primary filtration layer, specifically optimized for high-performance applications in hydraulic filters and industrial air purification systems. To ensure maximum structural integrity, the core filtration layer is laminated with high-strength synthetic fibers on one or both sides, providing a robust shield against mechanical stress while maintaining exceptional permeability.
Designed for precision and reliability, this media is characterized by its superior dust-holding capacity and remarkable pleating durability. With stable chemical properties and high efficiency across ULPA, HEPA, and ASHRAE standards, it provides an ideal solution for environments requiring stringent contamination control and long-term operational stability.
Detailed Parameters
| Efficiency Range | 30% (F6) to 99.9999% (U16) | Basic Weight | 74 - 77 g/m² (±3g/m²) |
|---|---|---|---|
| Thickness | 0.33 - 0.35 mm (±0.01mm) | Air Resistance | 20 Pa to 520 Pa (Max) |
| Tensile Strength MD | ≥ 1.0 - 1.2 KN/m | Tensile Strength CD | ≥ 0.4 - 0.5 KN/m |
| Stiffness | ≥ 1000 - 1100 mg | Filtration Layer | Superfine Glass Fibers |
| Protection Layer | Synthetic Fiber Lamination | Standard Compliance | ULPA, HEPA, ASHRAE |
Key Advantages
Ultra-High Efficiency
Achieves filtration efficiency up to 99.9999%, effectively capturing the smallest sub-micron particles.
Extended Service Life
High dust-holding capacity reduces the frequency of filter replacements and lowers maintenance costs.
Superior Durability
Excellent pleating durability ensures the media maintains its shape and function under pressure.
Chemical Stability
Stable chemical properties allow for reliable performance in diverse and challenging industrial environments.
Optimized Airflow
Balanced air resistance (starting from 20 Pa) ensures high filtration without sacrificing system flow.
Reinforced Structure
Synthetic fiber lamination prevents fiber shedding and enhances overall tensile strength.
Product Gallery
Management Platforms
Inventory Control
Real-time tracking of roll dimensions and stock levels for seamless production planning.
Quality Assurance
Strict batch testing for efficiency and tensile strength to ensure E-E-A-T standards.
Order Tracking
Integrated logistics monitoring for global shipments of filter media rolls.
Tech Support
Direct access to engineering experts for customized filtration grade selection.
Customization Hub
Flexible specifications for thickness and weight based on specific client needs.
Compliance Audit
Detailed certification reporting for ULPA and HEPA industrial standards.
Investment Return Comparison
| Feature | Standard Glass Fiber | Our Premium Media | Economic Impact |
|---|---|---|---|
| Efficiency | 95% - 98% | Up to 99.9999% | Reduced Contamination |
| Service Life | Standard | Extended (High Capacity) | Lower Replacement Cost |
| Durability | Moderate | High (Laminated) | Less Downtime |
| Air Resistance | Variable | Optimized (Low Delta P) | Energy Savings |
| Stability | Basic | High Chemical Stability | Longer Asset Life |
Frequently Asked Questions
It is primarily used in hydraulic filters and high-efficiency air filtration systems, including HEPA and ULPA filters, where capturing micro-particles is critical.
The synthetic fibers act as protection layers, significantly increasing the tensile strength and pleating durability, preventing the fragile glass fibers from breaking.
Yes, our AY-U16 grade achieves an efficiency of 99.9999%, meeting the most stringent ULPA requirements for ultra-clean environments.
HEPA grades (H10-H14) focus on ultra-fine particle capture for sterile environments, while ASHRAE grades (F6-F9) are optimized for general industrial air filtration.
Yes, one of the key advantages of our glass fiber media is its stable chemical properties, ensuring it doesn't degrade when exposed to various industrial agents.
Depending on your system's pressure limits, you can choose from low resistance options (e.g., AY-F6 at 20 Pa) to high-efficiency options (e.g., AY-U16 at 520 Pa).
