Product Name: Acoustic Perforated Metal Panel
Application: Limited‑access operational zones
Material Options: Stainless Steel 304 / 316
Material Option: Lightweight Aluminum
Backing Material: Reticulated foam or mineral wool
Thickness: 1–4 mm
Open Area Ratio: 20%–50%
Perforation Geometry: Round, staggered, micro-patterns
Noise Reduction: Up to 45% dB(A)
Structural Reinforcement: Framed and vibration-resistant
Standard Compliance: ISO Acoustic Standards
Standard Compliance: ASTM Acoustic and Material Standards
Simulation: CFD and acoustic modeling
Installation Type: Secure anchoring with anti-vibration mounts
Maintenance Access: Required only during off-peak intervals
Acoustic Frequency Range: Low to high band attenuation
Reflection Control: Minimizes echo and feedback
Vibration Tolerance: Yes – industrial-grade
Airflow Compatibility: Designed for ventilation integration
Weight Class: Medium for suspended systems
Fire Resistance: Optional fire-rated configurations
Environmental Resistance: Corrosion, moisture, and heat
Aesthetic Finish: Matte, brushed, or powder coated
Case Study Proven: Yes – Engine test cell deployment
Result Example: 30% reduced internal reflections
Smart Integration: Sensor-embedded future-ready panels
Longevity: 10+ years with minimal maintenance
Documentation: Installation + acoustic measurement report
Compatible Zones: Plant floors, tunnels, test bays
Absorptive Backing: Replaceable as needed
Deployment Time: Moderate
Tools Required: Standard mechanical tools
Operator Access: Not required during active phase
System Integration: HVAC, mechanical & acoustic systems
Noise Class: Industrial-grade attenuation
Customization: Per project site specs
Use With: Micro-perforated filtration or acoustic composites
Smart Systems: Data-enabled panels in R&D phase
Engineering Basis: ASCE & Acoustical Society research
Design Verification: CFD + lab acoustic test
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