This universal sound absorbing material with an open cell structure is designed for various acoustic applications.
It provides exceptional performance for HVAC Ducts, Air Handling Systems, Plant Rooms, and Architectural Acoustics.
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Excellent Shock Resistance: Offers extensive absorption and dispersion of external stresses in local positions.
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Anti-Cracking Design: Prevents material cracking due to stress concentration and avoids hard foam impact breakage.
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Substantial Noise Reduction: Effectively dampens duct rattling, plant room noise, and system vibrations.
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Easy Installation: Quick setup without requiring bitumen, tissue paper, or perforated sheets.
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Fibre Free & Safe: Non-fibrous composition ensures zero fibre migration, ensuring clean air environments.
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High Density Efficiency: Provides extremely high noise absorption per unit thickness with built-in lifetime antimicrobial protection.
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Fire Safety: Self-extinguishing properties; does not drip and does not spread flames.
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Microbe Resistant: Highly silent operation with robust resistance to microbial growth.
Frequently Asked Questions (FAQ)
What are the primary applications of this sound absorbing insulation sheet?
This material is designed for universal sound absorption, making it ideal for HVAC Ducts, Air Handling Systems, Plant Rooms, and Architectural Acoustics.
How does this product prevent corrosion under insulation (CUI)?
The advanced open-cell design and thermal insulation properties minimize moisture build-up and stress concentration, significantly reducing the risks related to corrosion under insulation.
What safety certifications does the insulation sheet meet?
The insulation sheet meets Class 1 BS476 Part 7 and V0 UL 94 standards. It is fireproof, self-extinguishing, produces no flaming drops, and does not propagate fire.
Is this insulation safe for indoor air quality?
Yes, it is completely non-fibrous and fiber-free. It prevents fiber migration and dust dispersion, ensuring healthy air quality in indoor and commercial environments.
What is the difference between the low density and high density variations?
Low-density sheets (≥160 KG/M³) offer lower thermal conductivity, while high-density sheets (≥240 KG/M³) provide higher tensile strength (90-150 kPa) and structural stretch rates (60-80%), making them ideal for heavy-duty dampening applications.
What is the operational temperature range of these sheets?
Both density classes operate reliably and retain their physical integrity within a temperature range of -20℃ to +85℃.
Kingflex
