Starre Materialien mit hohem Kontrast, farboptimiert für PIV-Windkanaltests, um die Vorbereitungszeit zu verkürzen und die Leistung aerodynamischer Tests zu verbessern.
Get Higher Resolution PIV Results Faster for Improved Productivity
The workflow to produce wind tunnel parts in other currently available materials often requires a multi-step process to achieve a suitable finish required for wind tunnel testing. With its high contrast, the unique color of Accura Composite PIV provides the possibility to eliminate some of these steps and therefore compress the workflow for efficiency and throughput gains.
In addition the improved finish and the reflection mitigating properties of this SLA material lead to higher resolution PIV test results enabling better-informed decisions.
Applications
Airflow analysis for aerodynamic design optimization
Airflow testing using PIV wind tunnel environment
Pressure tapping in the wind tunnel
Electrically insulating enclosures
Jigs, fixtures, and tooling
Heat-resistant applications
Abrasion-resistant structures
Benefits
Higher resolution PIV data lead to better-informed decisions
Better contrast of its unique color reduces post-processing steps and shortens preparation time
Faster aerodynamic design iteration
High print speed, productivity, and efficiency
Improved wind tunnel economics
Features
High contrast, reflection mitigating color
Extremely strong, 72 MPa tensile strength (ISO method)
High stiffness parts, 10200 MPa flex modulus, 9500 MPa tensile modulus (ISO method)
100˚C heat deflection temperature after thermal curing
Excellent accuracy
Maximize Your Wind Tunnel Investment
Discover our solutions for increasing wind tunnel test volumes, replicating finished part quality, and integrating innovative sensing solution.
Für den 3D-Druck mit Kunststoffen steht eine große Auswahl an technischen Materialien, Elastomeren und Verbundwerkstoffen zur Verfügung. Brauchen Sie Flexibilität? Festigkeit? Biokompatibilität? Oder etwas anderes?
Mit 3D-Kunststoffdruck können Sie nahezu alles entwickeln: Prototypen, Fertigung, anatomische Modelle und mehr. Wählen Sie ein Kunststoffmaterial und die 3D-Technologie und bekommen Sie die Eigenschaften, die Sie brauchen.
