High Performance Industrial Filter Paper China Factory and Suppliers
Our high-performance Industrial Filter Paper is engineered for extreme precision, offering an optimal balance of high filtration efficiency, low airflow resistance, and robust structural strength. Specifically developed to meet the rigorous standards of National VI vehicles, this advanced media ensures superior engine protection and enhances fuel economy, making it the premier choice for modern automotive and industrial applications.
Featuring state-of-the-art nanopaper technology, our filter media is designed for ultra-long service life and differentiated competitive advantages. By utilizing a sophisticated Laminated Filter Paper structure for fuel and water separation, we combine phenolic paper, melt-blown PBT non-woven, and PET spunbond layers through ultrasonic spot welding to maximize dust-holding capacity and separation performance.
| Grammage | 250±20 g/sqm | Thickness | ≥0.65 mm |
|---|---|---|---|
| Burst Strength | ≥400 kpa | Air Permeability | 130±30 L/sqm.s (at p=200pa) |
| Max Pore Size | 55±10 μm | Material Composition | Phenolic Paper / PBT / PET |
| Welding Process | Ultrasonic Spot Welding | Application | Diesel Fuel Water Separation |
| Standard Compliance | National VI Vehicle Grade | Core Feature | Low Resistance / High Precision |
Advanced nanopaper technology ensures precision filtration to protect engines from micro-contaminants.
Engineered for durability and long-term stability, reducing maintenance frequency for end-users.
Low-resistance design reduces engine load, contributing directly to improved fuel efficiency.
Multi-layer laminated structure specifically optimized for diesel fuel and water separation.
High burst strength (≥400 kpa) ensures the media remains intact under high-pressure conditions.
Utilizes ultrasonic spot welding for seamless integration of PET spunbond and PBT meltblown layers.
Strict selection of high-grade phenolic and PBT non-woven materials for maximum consistency.
Utilizing ultrasonic spot welding for precise bonding of composite layers.
Rigorous testing of air permeability and burst strength to meet National VI standards.
Continuous optimization of pore size distribution for better dust-holding capacity.
Integrated logistics ensuring timely delivery of synthetic composite filter media.
Developing next-gen non-woven materials for evolving emission regulations.
| Feature | Standard Filter Paper | Our Advanced Nanopaper |
|---|---|---|
| Service Life | Standard | Ultra-Long Extended |
| Filtration Precision | Moderate | High Precision (Nanoscale) |
| Fuel Economy Impact | Neutral | Positive (Low Resistance) |
| Water Separation Rate | Basic | Superior (Laminated Tech) |
| Maintenance Cost | Frequent Replacement | Low Lifecycle Cost |
It combines phenolic paper, PBT melt-blown, and PET spunbond layers via ultrasonic welding, creating a specialized gradient that efficiently separates water from diesel fuel while maintaining high flow.
Yes, it is specifically engineered to meet National VI requirements, providing the precision and efficiency needed for modern emission and performance standards.
Nanopaper provides high filtration efficiency with significantly lower airflow resistance, which reduces the energy required for air intake and improves overall fuel economy.
A burst strength of ≥400 kpa ensures that the filter media can withstand extreme pressure spikes without rupturing, maintaining engine safety and reliability.
While optimized for automotive fuel and air filtration, its high precision and strength make it suitable for various synthetic composite material requirements in chemical and industrial processing.
The PET spunbond layer acts as a primary protection layer, providing structural support and protecting the delicate melt-blown layer from premature wear.
