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Engineered specifically for extreme industrial environments, the 500g Aramid Nomex PTFE membrane filter cloth bag delivers exceptional particulate control for heavy-duty facilities. When handling the physical fabric, operators will immediately notice the dense, tightly interlocked aramid fibers that form a resilient structural foundation, complemented by the remarkably smooth, slick finish of the PTFE microporous membrane. This specialized construction not only provides firm dimensional stability under intense airflow but also prevents fine dust from penetrating the substrate. Designed to tackle complex exhaust streams in high-temperature operations, this filtration media ensures reliable operational continuity. By combining advanced needle-punching techniques with precise surface lamination, the filter bag effectively traps microscopic pollutants while maintaining excellent air permeability, directly supporting facility compliance with stringent environmental emission mandates.
| type | filter cloth | usage | Air Filter |
| material | Aramid | weight (kg) | 1 |
| core components | other | place of origin | China |
| warranty | 3 Months | video outgoing-inspection | Provided |
| machinery test report | Provided | brand name | DOER NONWOVEN |
| Product name | aramid Nomex ptfe membrane filter cloth filter bag | Filter | filter cloth |
| material | Aramid | Color | White |
| MOQ | 1m2 | Function | Long Working Time |
| Technology | Professional technology | Feature | Eco-Friendly |
| Finishing | Scouring | Packing | Braided or PE film |
The specifications outlined above reflect the precise engineering behind our aramid filtration media. Weighing exactly 1.000 kg per square meter, the material provides an optimal balance between structural integrity and airflow efficiency. The white aramid fabric undergoes a meticulous scouring finishing process, removing any residual impurities from manufacturing to ensure a pristine filtration surface. Every single item is backed by a comprehensive 3-month warranty, supported by provided video outgoing inspections and detailed machinery test reports. This transparent documentation allows procurement teams to verify the exact dimensional and performance metrics before integration. With a minimum order quantity of just 1 square meter, facility managers can easily acquire sample sections for localized trial runs before committing to full-scale deployment in their dust collection systems.
| Selling Units | Single item | Single package size |
| Single gross weight | 1.000 kg | 10X21X20 cm |
Proper handling and transportation are critical to maintaining the delicate integrity of the PTFE membrane. Each individual filter cloth unit is carefully rolled and secured within a compact 10x21x20 cm package. To protect the media from environmental moisture, accidental abrasions, and mechanical stress during transit, we utilize heavy-duty braided wrapping or thick PE film packaging. This protective layer ensures that the smooth laminated surface arrives completely unblemished and ready for immediate installation. The standardized single-item packaging format streamlines inventory management for maintenance teams, allowing for organized storage in facility warehouses. By safeguarding the fabric against structural deformations and contamination, the packaging protocol guarantees that the filtration media retains its full operational capabilities from the production floor directly to your exhaust management system.
Constructed from 100% premium aramid (Nomex) needle felt, this filtration fabric is engineered for extreme thermal stability. It comfortably supports continuous operation at 204℃ and can withstand sudden temperature surges up to 240℃ without structural degradation. The inherent flame retardancy of the aramid fibers, characterized by a Limiting Oxygen Index (LOI) of 28-30%, provides a critical safety barrier against sparks and combustible dust.
The integration of a microporous PTFE membrane transforms the fabric into a highly efficient surface filtration mechanism. Instead of allowing dust to embed deep within the felt, the slick surface forces particulate matter to cake on the exterior, dropping easily during the cleaning cycle. This mechanism consistently achieves ultra-low dust emission levels down to 5 mg/Nm³, easily surpassing the most stringent environmental regulatory frameworks.
Beyond the standard scouring finish, the media can be customized with singeing, calendering, water and oil repellent coatings, or anti-static and acid/alkali resistant treatments. These specialized adaptations allow the fabric to handle complex conditions involving high moisture, heavy oil mists, or corrosive chemical fumes. By proactively mitigating common failure modes such as hydrolysis, thermal degradation, and mechanical abrasion, the filter bag delivers an extended, stable working life ranging from 24 to 36 months, significantly reducing maintenance downtime.
This specialized aramid filter cloth is a proven solution for heavy industries demanding reliable particulate extraction under intense heat. It is extensively deployed across steel manufacturing facilities, coal-fired power plants, asphalt mixing stations, carbon black production lines, and cement kilns. In these harsh environments, the fabric consistently captures abrasive dust and chemical particulate, protecting both the surrounding atmosphere and sensitive downstream equipment.

To guarantee uninterrupted performance in such critical applications, every batch of filter media undergoes rigorous laboratory evaluation. Our manufacturing processes strictly adhere to ISO 9001 and ISO 14001 certification frameworks, ensuring consistent output and environmentally responsible production.

Before any roll leaves the facility, it is subjected to 100% comprehensive quality control testing. Technicians measure fiber tensile strength to confirm mechanical resilience, evaluate air permeability to ensure optimal flow rates, and conduct burst pressure tests to verify structural limits. This exhaustive testing protocol ensures that every square meter of fabric performs exactly as specified, providing facility operators with complete confidence in their environmental control systems.
