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Stainless Steel Acoustic Louvre Corrosion Resistanct Acoustical Louvers Customized

Stainless Steel Acoustic Louvre Corrosion Resistanct Acoustical Louvers Customized

Brand Name: JINGYUAN
Model Number: JYAL-6
MOQ: 1PCS
Price: USD 100-1000 / SET
Payment Terms: T/T
Detail Information
Place of Origin:
CHINA
Name:
Acoustic Louvre
Surface Material:
Carbon Steel; Stainless Steel; Aluminum
Filling Material:
Perforated Steel Sheet; Multi-layer Absorptive Acoustic Fiber
Surface Treatment:
Pre-galvanized Sheet Steel; Powder Coating; Multi-layer Painting
Color:
Customized
Dimension:
Customized
Installation:
Modular Design; Flexible Placement
Fireproof Rating:
Not Flammable, Designed To Be Fire-resistant
Life Expectancy:
Up To 20 Years
Noise Reduction:
20-45dB
Technical Highlight:
Unlike Standard (non-acoustic) Louvers That Only Regulate Airflow, It Integrates Acoustic Materials And Structural Design To Reduce Noise Transmission Through Ventilation Openings, Which Are Common "weak Points" In Noise-isolated Systems
Packaging Details:
PALLET
Highlight:

Stainless Steel Acoustic Louvre

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Acoustic Louvre Corrosion Resistanct

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Acoustical Louvers Customized

Product Description
Stainless Steel Acoustic Louvre With All-Stainless Steel Welded Structure For No Weld Rust Risk
 
Core Performance Parameters
Noise reduction 18-28dB(A),
material 304/316 stainless steel (optional),
temperature resistance range -40℃~120℃,
acid and alkali corrosion resistance
 
 
Applicable Scenarios
Chemical workshop exterior wall air vents,
high-temperature ventilation noise reduction of power plant boiler rooms,
sound insulation in corrosive environments of metallurgical plants,
ventilation noise reduction of acid-base waste liquid treatment workshops
 
Core Technical Advantages
All-stainless steel welded structure (no weld rust risk),
high-temperature aging resistance (service life ≥20 years),
surface wire drawing treatment (scratch-resistant, easy to clean)
 
Customer Value
Adapt to industrial strong corrosion and high-temperature scenarios,
strongly block noise while withstanding harsh environments,
reduce equipment maintenance frequency,
and ensure long-term stable operation