Nickel Fiber Sintered Felt Factory High Temperature Filtration Suppliers in China
Our Nickel Fiber Sintered Felt represents the pinnacle of high-temperature filtration technology, engineered for extreme industrial environments. Combining exceptional structural strength with high porosity, this advanced sintered material is designed to provide superior filtration efficiency while maintaining stability under intense thermal stress, withstanding operational temperatures up to 900°C.
Specially developed for critical applications in environmental pollution control and heavy-duty engine systems, this sintered felt serves as a high-performance medium for diesel and gasoline vehicle particulate filters and burner mediums. Its precise pore structure ensures optimal flow rates and maximum contaminant retention, making it an essential component for modern emission control systems.
Detailed Parameters
| Material Type | Nickel Fiber Sintered Felt | Max Temperature | Up to 900°C |
|---|---|---|---|
| Option 1 Diameter | 17 μm | Option 1 Porosity | 85% |
| Option 1 Weight | 1500 g/m² | Option 2 Diameter | 22 μm |
| Option 2 Porosity | 80% | Option 2 Weight | 450 g/m² |
| Option 3 Diameter | 35 μm | Option 3 Porosity | 88% |
| Option 3 Weight | 1500 g/m² | Packaging | Wooden pallet / Customized |
Key Advantages
Extreme Heat Resistance
Capable of maintaining structural integrity and filtration performance at temperatures reaching 900°C.
Enhanced Durability
Excellent mechanical strength ensures a long service life even in high-pressure industrial cycles.
High Porosity
Optimized void volume (up to 88%) allows for high flow rates with minimal pressure drop.
Precision Filtration
Strictly controlled fiber diameters (17-35μm) for targeted particulate capture efficiency.
Versatile Application
Ideal for DPF systems in diesel/gasoline vehicles and high-efficiency burner mediums.
Customized Packaging
Available in secure wooden pallets or bespoke packaging to meet global shipping standards.
Product Gallery
Management Platforms
Quality Control
Rigorous inspection of porosity and fiber diameter for every batch produced.
Process Optimization
Advanced sintering technology to ensure uniform density across the felt surface.
Supply Chain Tracking
Real-time monitoring of raw material sourcing for consistent nickel purity.
Technical Support
Expert guidance on selecting the right diameter for specific emission standards.
Inventory Management
Strategic stockpiling of popular specifications to ensure rapid lead times.
Custom Engineering
Ability to adjust weight and porosity based on client-specific technical drawings.
Investment Return Comparison
| Feature Comparison | Standard Filters | Sintered Nickel Felt |
|---|---|---|
| Temp Limit | Low to Medium | Up to 900°C |
| Service Life | Short (Frequent replacement) | Long (High stability) |
| Filtration Efficiency | Moderate | High (Precision Porosity) |
| Maintenance Cost | High (Due to failure) | Low (Durable Structure) |
| Environmental ROI | Basic Compliance | Superior Emission Reduction |
Frequently Asked Questions
The primary advantage is the combination of extreme temperature resistance (up to 900°C) and high porosity, which allows for efficient particulate capture without restricting engine exhaust flow.
Higher porosity (up to 88%) reduces the pressure drop across the filter, meaning less energy is required to push air or gas through, while the sintered structure ensures particulates are trapped effectively.
Yes, it is specifically engineered for use in both diesel and gasoline vehicle particulate filters due to its robust thermal properties and chemical stability.
We offer three standard diameters: 17μm, 22μm, and 35μm, allowing customers to choose the specific filtration grade required for their application.
Absolutely. While we provide standard wooden pallets, we offer fully customized packaging according to customer requests to ensure safe arrival at any global destination.
Sintered felt offers far superior mechanical strength and thermal resistance, preventing the filter from collapsing or melting under the high-heat conditions typical of industrial burners.
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