Premium Car Air Filter Paper Rolls China Factory and Wholesale Suppliers
Our premium Car Air Filter Paper in Rolls is engineered for high-performance automotive filtration, providing a superior barrier against airborne contaminants. Designed specifically for automotive air intake systems, this industrial-grade filter media ensures optimal engine protection and efficiency by combining high dust-holding capacity with low airflow resistance.
Utilizing advanced cellulose technology and specialized resin treatment, our filter rolls are optimized for precision pleating and durability. Whether you are manufacturing standard air filters or heavy-duty automotive filters, our media provides the structural integrity and permeability required to maintain peak engine performance under diverse environmental conditions.
Detailed Parameters
| Basis Weight | 130±5 g/m2 | Filter Paper Width | 88mm - 2000mm |
|---|---|---|---|
| Thickness | 0.45mm | Roll Diameter | Around 800mm |
| Air Permeability (200Pa) | 150-800 L/m2.s | Corrugation Depth | 0.30mm |
| Bursting Strength | ≥200kpa | Maximum Pore Size | 60μm - 100μm |
| Resin Content | 20% | Material Type | Specialized Cellulose |
Key Advantages
High Burst Strength
With a bursting strength ≥200kpa, our media withstands high-pressure environments without deformation.
Optimal Airflow
Engineered permeability (150-800 L/m2.s) ensures a perfect balance between filtration and engine breathing.
Precise Filtration
Controlled pore sizes (60-100μm) effectively trap harmful particles to extend engine life.
Resin Stabilization
20% resin content enhances moisture resistance and maintains structural stability in humid conditions.
Consistent Quality
Strict basis weight tolerance of ±5 g/m2 ensures uniform filtration across the entire roll.
Versatile Sizing
Available in widths from 88mm to 2000mm to accommodate various automotive filter dimensions.
Product Gallery
Management Platforms
Inventory Control
Real-time tracking of roll stock and material batch numbers for complete traceability.
Production Sync
Seamless integration with automated pleating machines for high-efficiency output.
Quality Alerts
Instant notifications for any parameter deviations during the manufacturing process.
Supply Chain Hub
Optimized logistics management for global shipping of large filter media rolls.
Custom Spec Lab
Platform for adjusting basis weight and resin content based on specific client needs.
Performance Analytics
Data-driven analysis of air permeability and filtration efficiency over time.
Investment Return Comparison
| Feature Metric | Standard Filter Paper | Our Premium Media | ROI Impact |
|---|---|---|---|
| Service Life | Standard | Extended (+30%) | Lower Replacement Cost |
| Engine Efficiency | Moderate | High (Optimized Flow) | Reduced Fuel Consumption |
| Material Waste | High (Tearing) | Low (High Strength) | Higher Production Yield |
| Resin Stability | Low/Basic | High (20% Content) | Longer Component Life |
| Maintenance Frequency | Frequent | Reduced | Lower Labor Expenses |
Frequently Asked Questions
The 20% resin content increases the mechanical strength and water resistance of the paper, preventing it from collapsing or shrinking when exposed to moisture and oil in the engine compartment.
Proper air permeability (150-800 L/m2.s) ensures the engine receives enough oxygen for combustion without allowing contaminants through, balancing power output and engine longevity.
Yes, while optimized for cars, the high bursting strength and controlled pore size make it suitable for various industrial dust collector and air purification applications.
Basis weight (130±5 g/m2) refers to the mass per unit area of the paper. It determines the thickness and density, which directly impact the filtration efficiency and pressure drop.
Absolutely. We provide roll widths ranging from 88mm up to 2000mm to meet the specific dimensions of your filter design and production requirements.
Our maximum pore size is 60-100μm. This range is critical because it defines the smallest particles that can pass through; smaller pores mean better filtration of fine dust.
