Midea Shunde project
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Midea Smart Manufacturing Base

In this large-scale manufacturing hub for Midea, our specialized roofing rock wool boards were selected for their exceptional load-bearing capacity and thermal stability.
Load-bearing high-strength roofing rock wool boards installed on the large-span steel structure of Midea manufacturing base.
Case Details

Project Name: High-Strength Roofing Rock Wool System for Midea Smart Manufacturing Base

Application: Large-Span Steel Structure Roofing Systems for Mega Industrial Facilities

Product Used: High-Strength Roofing Rock Wool Board

Core Focus: Heavy Foot-Traffic Durability, Point-Load Resistance, and Industrial Energy Optimization

Key Highlights: 
Modern smart manufacturing bases feature massive, continuous roof surfaces packed with automated infrastructure, extensive HVAC networks, and commercial solar arrays. This dense layout introduces distinct engineering challenges for the building envelope. Anhui Liluan Technology successfully engineered and supplied high-strength roofing rock wool systems tailored to meet the rigorous structural and load-bearing parameters of Midea's advanced manufacturing base.

  • Engineered Mechanical Performance: Our premium roofing boards feature a reinforced, high-density fiber architecture that delivers exceptional compressive strength and outstanding point-load resistance. This ensures the entire roof assembly safely withstands heavy, recurring foot traffic during equipment maintenance without crushing or flattening.

  • Vast Thermal Efficiency & Energy Savings: Delivering optimized low thermal conductivity, our continuous insulation installation eliminates thermal bridging across the massive steel structure. This drastically lowers the facility's localized HVAC energy consumption, significantly reducing long-term operational costs.

  • Certified Passive Fire Protection: Composed of inorganic stone wool, the roofing system provides verified Class A1 non-combustible performance. It acts as a permanent thermal and fire barrier, ensuring maximum infrastructure safety compliant with global industrial building codes.


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