Ultra-clean sound-absorbing board
Ultra-clean sound-absorbing panels are a general-purpose sound-absorbing material designed for different acoustic applications. They have excellent sound absorption performance and act as a barrier to sound waves (transmission loss); they can damp vibration problems and eliminate fluid-solid coupling (vibration isolation). The effect will be better when combined with other materials such as perforated panels, aluminum panels, etc. to form a composite module.
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Operating temperature
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weight
Thermal conductivity
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Product Introduction
Application
hbc can provide various waterproof and vapor-proof facing materials required for glass wool felts for steel structures, and process and compound them on glass wool felts in the original factory to meet various environmental requirements. It can greatly reduce the loss of heat and cold, not only has a beautiful appearance, but also has excellent moisture-proof and heat-insulating properties.
Product Performance
Safety and environmental protection
Absorption performance
Sound barrier effect
Vibration isolation
It does not contain formaldehyde and other harmful substances, and achieves a comfortable indoor air environment without odor.
The open-cell structure is combined with a composite pore design to achieve effective absorption of airborne sound over a wide frequency band; the unique combination of physical properties maximizes absorption at critical noise frequencies.
The relatively high density and high flow resistance provide an effective barrier to sound waves and can replace multi-layer composite foam sound barriers to a certain extent.
It has extremely high construction convenience and excellent cost performance, better insulation and decorative effects and lower overall cost.
Technical Parameters
Applicable temperature
Maximum service temperature: +90℃ Minimum service temperature: -30℃
Combustion level
S3
Smoke level
SR2
Thermal conductivity
Alphonic-M:λ≤0.047w/(m·k);Alphonic-H:λ≤0.045w/(m·k)
Veneer width
1.37m
Bulk density (kg/m³)
≥300 ≥350 ≥350 ≥350 ≥400
Combustion performance
Thermal conductivity W/(m·k) Average temperature 70°C
≤0.042 ≤0.040 ≤0.040 ≤0.039 ≤0.039
A-level
Dripping level
ST2