Stainless Steel 304 316L Honeycomb Core Suppliers and Factory in China
Our Stainless Steel 304/316L Honeycomb Core is a high-precision engineering solution specifically designed for Air Flow Straighteners in wind tunnel environments. By utilizing a sophisticated hexagonal structure, this honeycomb core effectively eliminates turbulence and organizes chaotic air currents, ensuring a stable, laminar flow essential for high-accuracy aerodynamic measurements.
Engineered for versatility and durability, our products cater to diverse sectors from automotive research to aerospace innovation. Whether your application requires cost-effective spot welding for medium-intensity needs or advanced high-temperature vacuum brazing for extreme environments, we provide customized dimensions and materials to ensure your data collection is repeatable, accurate, and reliable.
Detailed Parameters
| Base Materials | SUS304, SUS316L Stainless Steel | Cell Sizes (mm) | 8, 10, 12.6, 16, 20, 30, 50 |
|---|---|---|---|
| Foil Thickness (mm) | 0.13, 0.15, 0.2 | Welding Techniques | Spot Welding, High-Temperature Vacuum Brazing |
| Available Shapes | C-frame, H-frame, or Fully Customizable | Outer Dimensions | Fully Customizable to Specification |
| Max Temperature | Up to 700°C (Vacuum Brazed version) | Corrosion Resistance | High (specifically in 316L grade) |
| Primary Application | Wind Tunnel Air Flow Straightener | Functional Goal | Turbulence Elimination & Laminar Flow |
Key Advantages
Superior Stability
The hexagonal geometry drastically reduces disturbances from blunt leading edges, ensuring consistent air entry.
Extreme Durability
Vacuum brazing provides high intensity and resistance to temperatures reaching up to 700 degrees Celsius.
Precision Flow
Optimizes fluid dynamics by promoting laminar flow, which is critical for professional laboratory results.
Custom Engineering
Tailored cell sizes and frame shapes (C or H frame) to fit your specific wind tunnel configuration.
High Accuracy
Reduces energy loss and eliminates turbulence, allowing for more accurate aerodynamic measurements.
Material Excellence
Utilizing high-grade SUS304 and 316L ensures maximum corrosion resistance and structural integrity.
Product Gallery
Management Platforms
Material Sourcing
Strict quality control for SUS304 and 316L to ensure industrial grade consistency.
Stamping Precision
Independent development of honeycomb stamping equipment for exact cell dimensions.
Welding Control
Dual-track production using spot welding and advanced vacuum brazing technologies.
Thermal Testing
Rigorous verification of high-temperature resistance up to 700°C for brazed cores.
Custom Fabrication
Flexible manufacturing for various frame shapes including specialized C and H frames.
Quality Assurance
Final inspection for uniformity and structural integrity before shipping.
Investment Return Comparison
| Feature | Spot Welding Option | Vacuum Brazing Option |
|---|---|---|
| Initial Cost | Low / Budget Friendly | Premium Investment |
| Structural Intensity | Medium | Very High |
| Temperature Limit | Standard Range | Extreme (Up to 700°C) |
| Shielding Performance | Medium | High Performance |
| Corrosion Resistance | Standard | Superior (High Grade) |
Frequently Asked Questions
Spot welding is a more cost-effective solution offering medium intensity and shielding. Vacuum brazing provides significantly higher structural intensity, superior shielding performance, and extreme temperature resistance up to 700°C.
It acts as an air flow straightener, eliminating turbulence and ensuring a smooth, laminar flow. This leads to more accurate measurements and repeatable results in aerodynamic testing.
Yes, we offer a wide range of standard cell sizes from 8mm to 50mm, and we can customize dimensions to meet your specific technical requirements.
While both are excellent, SUS316L generally offers superior corrosion resistance compared to SUS304, making it the ideal choice for more aggressive environments.
We provide standard C-frame and H-frame configurations, but we also offer fully customizable shapes to ensure a perfect fit for your specific equipment.
Our advanced honeycomb design is engineered to minimize energy loss while maximizing the organization of air flow, optimizing overall test conditions.
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