Product Overview

• Material: Galvanized steel, aluminum (optional PVDF or anodized finish)

• Perforation Type: Directional slots, louvers, laser-cut holes

• Open Area Ratio: 35%–60%

• Primary Use: Mechanical room ventilation (HVAC, UPS, pump enclosures)

• Ventilation Standards: ASHRAE, ISO 16890

• Noise Reduction: Up to 19dB with acoustic backing

• Thermal Efficiency: Reduces internal heat by 8–12°C

• Mounting: Subframe channels / retrofit-compatible modular systems

• Panel Size: Custom dimensions supported

• Finish: Matte powder-coated, PVDF, or anodized (marine-grade)

• Installation Speed: Rapid onsite assembly

• Compliance: ASTM A653, ASA sound standards

• Security: Tamper-resistant with emergency vent access

• Use Cases: Medical facilities, data centers, airports, utility rooms

• Case Study: 10.5°C heat reduction, 3.5-year equipment lifespan extension

• Acoustic Integration: Optional sound-dampening inserts

• Sustainability: LEED-friendly, recyclable materials

• Wind Load Tested: For rooftop and high-rise deployment

• Retrofitting: Installs over concrete or steel frames

• Maintenance: Corrosion-resistant, easy-to-clean surface

• Panel Thickness: 2–5mm

• Safety Features: Vent escape routes, low-profile fasteners

• CAD Support: Compatible with airflow modeling software

• Edge Finishing: Deburred for technician safety

• Color Options: Custom architectural palette

• Life Span: 20+ years in demanding outdoor environments

• Branding Options: Laser-cut facility IDs or zone markers

• Fire Resistance: Non-combustible metal construction

• Weather Protection: Built-in drainage and UV resistance

• Certifications: UL, ASTM, ISO compliant

Applications

• HVAC and rooftop enclosures

• Data center mechanical shielding

• Hospital generator rooms

• Airports and stadiums utility areas

• Underground ventilation covers

Benefits

• Improves airflow and reduces heat stress

• Protects equipment while allowing ventilation

• Supports acoustic dampening

• Fast install and long lifespan

• Supports passive energy strategies and LEED