180g/m2 Antistatic Polyester Spunbonded Nonwoven Filtration Material For

Product Specification

180g/m2 Antistatic Polyester Spunbonded Nonwoven Filtration Material For Industrial Safety

MC-0129 is a high-performance polyester spunbonded nonwoven filtration material, specifically designed for demanding industrial filtration applications. Through its unique aluminum coating process, it offers excellent electrostatic protection and corrosion resistance. Combined with high breathability, high-temperature resistance, and superior mechanical strength, this product is widely used in electronics manufacturing, chemical dust collection, and precision filtration scenarios, providing customers with efficient and safe filtration solutions.

Key Advantages

1. Electrostatic Protection for Safety

   • Surface Resistance: <10Ω (compliant with IEC 62631-3-2 standard). Effectively dissipates static electricity, preventing dust explosions or damage to electronic components, particularly suitable for sensitive environments like semiconductor and lithium battery production.

2. Aluminum Coating to Enhance Performance

   • Post-treatment Process: The aluminum coating on the surface significantly improves the material's corrosion resistance, extending the lifespan of the filtration material in acidic or high-humidity environments.

3. High-Temperature Resistance & High Breathability

   • Continuous Working Temperature: 120°C; Maximum Instantaneous Temperature: 130°C. Suitable for high-temperature gas filtration needs such as welding fume and boiler flue gas filtration.
   • Air Permeability: 280 mm/s (ISO 9237 standard, tested at 200Pa pressure). Low resistance for high-efficiency filtration, reducing system energy consumption.

4. High Strength & Durability

   • Longitudinal Tensile Strength (MD): >900 N/5cm; Transverse Tensile Strength (CD): >400 N/5cm (compliant with ISO 9073 standard). Excellent tear resistance, adaptable to high mechanical stress conditions.
   • Elongation: MD >45%, CD >60%, flexible structure suitable for complex filtration equipment.

5. Lightweight & Eco-friendly Manufacturing

   • Basis Weight: 180 g/m², Thickness: 0.56 mm (compliant with ISO standards). A balance of high filtration efficiency and lightweight design for easy installation and maintenance.
   • The polyester spunbond base material is free of chemical adhesives, meeting industrial environmental standards.

Technical Specifications

Typical Applications

• Electronics Manufacturing: Semiconductor workshops, lithium battery dust collection, to prevent static discharge risks.
• Chemical & Pharmaceutical: Filtration of corrosive gases, dust collection in explosive environments.
• High-Temperature Industries: Welding fume, boiler flue gas, metallurgy furnace dust filtration.
• Precision Instruments: Air purification systems, high-efficiency filtration materials for cleanrooms.

Why Choose MC-0129?

✅ Safe and Reliable: Dual protection with electrostatic design and aluminum coating, ensuring safety in high-risk environments.
✅ Long Lifespan and Low Cost: Corrosion resistance and high strength reduce the frequency of replacement, lowering overall costs by 30%.
✅ Flexible Adaptability: Custom sizes and composite processes (e.g., coating, flame-retardant treatment) are available to meet diverse needs.

Why Choose Farrleey Filtration?

• Tailored Solutions: We provide non-standard sizing options to fit a variety of equipment models and customer needs.
• Certified Quality: Our products meet international standards, including ISO 16890 and GB/T 6719.
• Comprehensive Support: From product selection to installation and post-sales service, we offer full support for seamless operations.

Why Choose Farrleey Filtration?

• Tailored Solutions: We provide non-standard sizing options to fit a variety of equipment models and customer needs.
• Certified Quality: Our products meet international standards, including ISO 16890 and GB/T 6719.
• Comprehensive Support: From product selection to installation and post-sales service, we offer full support for seamless operations.