Transforming turbulent air into high-stability laminar flow for advanced aerodynamics, aerospace, and industrial wind tunnel testing.
Our air flow straightener solutions leverage advanced metal honeycomb structures to eliminate turbulence and maximize measurement precision in critical wind tunnel environments.
Achieving 95-99% open area to minimize pressure drop while ensuring maximum flow redirection and stabilization.
From 316L Stainless Steel to Hastelloy X and Aluminum, tailored for corrosion resistance and heat stability.
Turning turbulent flow into streamlined laminar flow, essential for hypersonic and subsonic aerodynamic testing.
Our thin cell walls maximize air passage, ensuring that flow stabilization occurs without significant energy loss.
Utilizing high-grade alloys and specialized surface treatments like electroless nickel plating for harsh environments.
From small-scale lab sensors to 100ft+ industrial wind tunnels, our shapes are customized to your exact specs.
| Material Base | Foil Thickness (mm) | Cell Size Range (mm) | Surface Finish | Welding Tech | Core Function |
|---|---|---|---|---|---|
| 304 Stainless Steel | 0.05 - 0.2mm | 0.8 - 12mm | Painting/Nickel Plated | Spot Welding | Air Ventilation |
| 316L Stainless Steel | 0.07 - 0.2mm | 1.0 - 20mm | Electrophoresis | Vacuum Brazing | Corrosion Resistance |
| Aluminum Alloy | 0.05 - 0.15mm | 2.0 - 30mm | White Oxygen | Spot Welding | Lightweight Cooling |
| Hastelloy X | 0.1 - 0.2mm | 1.2 - 10mm | Brush/Natural | Vacuum Brazing | Heat Resistance |
| Copper/Brass | 0.05 - 0.2mm | 0.8 - 12mm | Nickel Plating | Spot Welding | Thermal Conductivity |
| Haynes 214 | 0.13 - 0.2mm | 2.0 - 10mm | Custom Coating | Vacuum Brazing | Extreme Temp Stability |
| Carbon Steel | 0.1 - 0.2mm | 1.6 - 30mm | Powder Coating | Spot Welding | Structural Support |
| Custom Superalloy | 0.076 - 0.2mm | Customized | As required | Vacuum Brazing | Hypersonic Stability |
Implemented Hastelloy X honeycombs to stabilize air flow for cruise missile propulsion testing, reducing turbulence by 40%.
Supplied large-scale aluminum flow straighteners for a luxury EV manufacturer to optimize drag coefficient measurements.
Engineered specialized honeycombs for pressure resistance testing of new bullet train nose designs.
Custom 316L stainless steel honeycombs provided for saltwater-resistant wind-flow simulations on ship hulls.
Installed aluminum honeycomb straighteners to optimize air distribution in cleanroom ventilation testing.
Supplied high-strength vacuum-brazed honeycomb cores for hypersonic wind tunnel flow conditioning.
Used in supersonic wind tunnels for missile and aircraft airfoil testing to ensure flow linearity.
Optimizing vehicle drag and cooling flow patterns in high-speed wind tunnels.
Testing wind resistance and heat dissipation for high-speed train carriages.
Wind pressure testing for skyscrapers and bridges to ensure structural integrity during storms.
Laminar flow stabilization for testing turbine blade efficiency and noise reduction.
Precise flow control for specialized medical gas sensors and high-pressure industrial seals.
Strict adherence to international quality management standards ensures every honeycomb core is uniform and precise.
All materials, including plating and coatings, are strictly RoHS compliant for safe global export.
CMM measurement verification ensures that cell size and wall thickness meet tight engineering tolerances.
The honeycomb structure forces air into millions of small, parallel channels, breaking up large eddies and aligning the flow into a uniform, laminar stream.
For extreme heat, Hastelloy X or Haynes 214 are recommended due to their exceptional thermal stability and oxidation resistance.
Yes, we offer a wide range of cell sizes from 0.8mm to 30mm to perfectly balance pressure drop and flow straightening.
Our high-precision manufacturing allows for an open area between 95% and 99%, minimizing the impact on air velocity.
Yes, we offer electroless nickel plating, powder coating, and various electrophoresis options to suit your environment.
We typically deliver custom samples within 7 days, allowing for rapid prototyping and testing cycles.
Contact our engineering team for a custom air flow straightener solution tailored to your aerodynamic specifications.
