Custom EMI RF Shielding Honeycomb Vents Factory Leading China Suppliers
Our High Shielding Performance 2.0mm Cell Steel Honeycomb Vents are precision-engineered solutions designed to meet the rigorous demands of EMI/EMC/RF shielding environments. By combining a robust SUS304 frame with a high-density honeycomb core, these panels provide an optimal balance between maximum electromagnetic interference attenuation and high-efficiency airflow, ensuring that critical electronic systems remain cool while remaining completely isolated from harmful RF interference.
Ideal for deployment in data centers, marine installations, vehicle systems, and specialized shielded chambers, these ventilation panels are indispensable for maintaining the operational integrity of EMI/RF cabinets, racks, and closures. With the ability to customize materials and dimensions, our honeycomb vents ensure full compliance with industry standards, protecting your sensitive data and electronic components from external electromagnetic threats without compromising thermal management.
Detailed Parameters
| Material | SUS304 frame, 1010 honeycomb | Cell Size | 2.0mm |
|---|---|---|---|
| Outer Dimensions | 32032031mm | Honeycomb Height | 29mm |
| Frame Type | L type | Welding Technical | High temperature vacuum brazing |
| Application | EMI/EMC/RF shielding | Delivery Time | 4-6 weeks (for < 50pcs) |
| Customization | Available (Yes) | Foil Thickness | 0.13mm, 0.15mm, 0.2mm |
Key Advantages
Superior RF Shielding
Advanced honeycomb geometry effectively blocks electromagnetic interference and radio frequency noise.
Vacuum Brazed Durability
High temperature vacuum brazing ensures seamless joints and exceptional structural integrity.
Optimal Airflow
Designed for maximum ventilation efficiency to prevent overheating in high-density electronics.
Industrial Versatility
Perfect for data centers, marine vessels, and military-grade vehicle electronic systems.
Precision Engineering
Tight tolerances on cell size and foil thickness ensure consistent shielding performance.
Fully Customizable
Tailored options for materials, coatings, and frame types to fit any specific project requirement.
Product Gallery
Management Platforms
Material Selection
Choose from SUS304, 316L, Carbon Steel, Brass, Hastelloy X, or Aluminium based on corrosion needs.
Precision Sizing
Core sizes available from 0.8mm to 8.0mm to match specific shielding and airflow ratios.
Surface Coatings
Available in Electroless Nickel Plating, Powder Coating, Tin Plating, and White Oxidation.
Welding Tech
Specialized Spot Welding and High-Temperature Vacuum Brazing for maximum strength.
Frame Options
Flexible frame designs including "L", "C", and "H" types for seamless integration.
Accessory Integration
Customized EMI gaskets available to ensure a complete, leak-proof electromagnetic seal.
Investment Return Comparison
| Feature | Standard Vents | Our Honeycomb Vents |
|---|---|---|
| Shielding Efficiency | Low to Medium | Ultra-High (EMI/RF) |
| Airflow Volume | Restricted | Optimized High-Flow |
| Structural Strength | Standard | Vacuum Brazed Robustness |
| Customizability | Limited | Fully Bespoke |
| Lifespan/Durability | Moderate | Industrial Grade (Long-term) |
Frequently Asked Questions
They act as a waveguide-below-cutoff, allowing air to pass through for cooling while blocking electromagnetic waves from entering or exiting the shielded enclosure.
For marine applications, we recommend SUS316L stainless steel or specialized coatings like electroless nickel plating to prevent salt-spray corrosion.
Vacuum brazing creates high-strength, leak-proof joints between the honeycomb core and the frame, ensuring no RF leakage occurs at the seams.
Yes, cell size is critical for shielding effectiveness. We offer a wide range from 0.8mm to 8mm to meet specific frequency attenuation requirements.
For quantities below 50 pieces, the standard delivery time is 4-6 weeks, depending on the complexity of the customization.
Yes, we provide customized EMI gaskets to ensure a perfect seal between the honeycomb panel and the mounting surface, maximizing shielding performance.
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