wrapped with a stretched polyethylene film directly on the outside
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Rock Wool Insulation Board 150mm
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200kg/m3 Rock Wool Board
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Rough Rock Wool Insulation Board
Product Description
Rock Wool Panels for Environmental Protection & Ecological Restoration
Rock wool panels serve as an effective solution for noise pollution control and soil degradation in environmental protection and ecological restoration projects. Their porous structure, chemical stability, and recyclability make them ideal for specialized applications.
Key Applications
Noise Control: Processed into arc/honeycomb sound-insulation modules with corrosion-resistant sound-permeable nets for flexible barriers (2-3m height) in sensitive areas like villages and orchard edges along highways/railways
Soil Improvement: Crushed into 2-5cm granules and mixed with soil/fertilizer (1:10-1:20 ratio) to enhance water retention and reduce erosion
Slope Protection: Cut into strips for temporary steep slope protection, eventually integrating with soil without pollution
Performance Advantages
Rock wool panels minimize environmental interference while meeting ecological restoration needs. Unlike traditional solutions that often create secondary environmental impacts, these panels:
Feature adjustable colors to blend with natural surroundings (earthy yellow/green)
Maintain chemical stability without releasing heavy metals or harmful chemicals
Offer strong compatibility with soil and plant systems
Conform to the "minimum intervention" principle for sensitive areas like nature reserve buffers
Operational Benefits
40-60% better absorption of medium-low frequency traffic noise compared to conventional materials
1/3 the installation time of traditional noise barriers
20-30% improved water retention in soil applications
15-25% increase in plant survival rates
Reduces mine restoration timelines from 3-5 years to 1-2 years
Cost-effective alternative to specialized materials with full recyclability
These panels effectively address complex environmental challenges, including heavy metal contamination in mines and freeze-thaw damage on alpine slopes, providing sustainable solutions that complement traditional methods.
