Farrleey Filtration Co,.Ltd.
Aspirations to revolutionize the environment
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High Temperature Resistance Nomex Needle Felt Dust Filtration Materials
Farrleey Filtration pleated aramid (Nomex) needle-punched felt filtration material is distinguished by its high-temperature resistance and high strength, meeting the stringent reliability and durability requirements of industrial filtration. With scientifically designed parameters and rigorous testing standards, it is suitable for high-temperature dust or gas filtration applications below 200°C. Additionally, post-treatment processes can be applied to further optimize performance based on specific working conditions.
Technical Parameters
|
Parameter |
Value |
Test Standard |
|
Basis Weight |
350 g/m² |
ISO 9864 |
|
Thickness |
1.4 mm |
ISO 9073 |
|
Air Permeability (200Pa) |
80 mm/s |
ISO 9237 |
|
Tensile Strength (MD/CD) |
≥400 N/5cm |
ISO 9073 |
|
Elongation at Break (MD/CD) |
>20% |
ISO 9073 |
Applications
High-Temperature Flue Gas Treatment: Dust filtration for boiler exhaust, incinerators, and the metallurgical industry.
Chemical & Power Industries: Filtration of corrosive gases and dust recovery systems.
Pulse Jet Cleaning Systems: Suitable for high-pressure differential environments with strong mechanical impact resistance.
Advantages
1. Balanced Biaxial Mechanical Properties: High strength and elongation in both MD and CD directions, adaptable to multi-directional force environments.
2. International Standard Certification: All tests comply with ISO standards, ensuring reliable data and stable quality.
3. Flexible Customization: Supports post-treatment processes such as anti-static and water-repellent coatings to meet special working conditions.
Why Choose Farrleey Filtration?
Professional Team: Deeply experienced in industrial filtration, providing technical guidance and after-sales support.
Fast Response: Solutions provided within 48 hours, with sample delivery in 72 hours.
Quality Assurance: Strictly adheres to ISO production standards, ensuring stable performance in every batch.