Premium Metal Staple Fiber Factory Leading China Suppliers of SS and FeCrAl Fibers
Our premium Staple Fibers are engineered using a sophisticated proprietary drawing and cutting process, transforming high-grade metal fibers into precision-cut strips. Each batch is vacuum-packaged to ensure purity and prevent contamination, delivering a product characterized by exceptional bulkiness and superior lift ability for demanding industrial applications.
Designed for versatility and high performance, these metal fibers serve as critical components in advanced filtration, textile engineering, and combustion systems. By offering precise control over fiber length and weight, we provide tailored solutions that enhance the structural integrity and functionality of sintered felts, anti-static bags, and specialized spinning yarns.
Detailed Parameters
| Material Type | Stainless Steel / FeCrAl Fiber | Fiber Diameter (μm) | SS: 2-22 / FeCrAl: 13-35 |
|---|---|---|---|
| Fiber Length (mm) | 38mm - 110mm | Weight per Meter (g/m) | 2g/m - 15g/m |
| SS Fiber Diameter | 2-22 μm | SS Fiber Length | 38 - 110 mm |
| SS Weight Range | 2-12 g/m | FeCrAl Fiber Diameter | 13-35 μm |
| FeCrAl Fiber Length | 38-110 mm | FeCrAl Weight Range | 2-15 g/m |
Key Advantages
Material Purity
Vacuum-packaged delivery ensures fibers remain free from oxidation and external pollutants.
Precision Cutting
Unique drawing and cutting technology allows for strict control of fiber length and diameter.
High Bulkiness
Optimized fiber geometry provides excellent lift ability, improving the quality of blended yarns.
Anti-Static Properties
Ideal for producing anti-static dust bags and conductive filtration media in industrial settings.
Thermal Stability
FeCrAl and Stainless Steel options ensure reliability in high-temperature combustion environments.
Versatile Integration
Seamlessly blends with other fiber materials for pure spinning or specialized composite yarns.
Product Gallery
Management Platforms
Material Tracking
Full traceability of metal alloy batches to ensure consistent chemical composition.
Process Control
Automated drawing and cutting systems to maintain diameter tolerances within microns.
Quality Assurance
Rigorous testing for lift ability and bulkiness before vacuum packaging.
Order Logistics
Optimized shipping protocols to maintain the integrity of vacuum seals during transit.
Inventory Sync
Real-time stock management of various fiber lengths and material grades.
Customization Hub
Flexible parameters for bespoke lengths (38-110mm) based on client specs.
Investment Return Comparison
| Feature | Standard Metal Fiber | Our Premium Staple Fiber | Industrial Impact |
|---|---|---|---|
| Processing | Traditional Cutting | Precision Drawing/Cutting | Higher Uniformity |
| Packaging | Bulk Air Pack | Vacuum Packaged | Zero Contamination |
| Lift Ability | Moderate | Excellent/High | Superior Yarn Blend |
| Versatility | Limited | Multi-Industry (Textile/Filter) | Expanded Application |
| Durability | Standard | Enhanced Corrosion Resistance | Longer Service Life |
Frequently Asked Questions
They are extensively used to manufacture anti-static dust bags and metal sintered felts, which are critical for industrial air filtration and pollution control systems.
Yes, our fibers are designed with high lift ability and bulkiness, making them ideal for blending with other fiber materials to create specialized conductive or heat-resistant yarns.
Stainless steel fibers offer superior corrosion resistance, while FeCrAl fibers are typically preferred for high-temperature industrial combustion and burner applications.
Vacuum packaging prevents the fibers from oxidizing or absorbing moisture, ensuring that the material maintains its precision properties until it reaches the production line.
Absolutely. Our unique cutting process allows us to customize the fiber body length anywhere within the 38mm to 110mm range to meet your specific equipment needs.
Due to their precise diameter and high bulkiness, they create a more uniform porous structure during sintering, leading to better filtration efficiency and pressure drop control.
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