Expanded polystyrene concrete is widely used in the thermal insulation and filling of construction projects such as buildings, transportation, oil, electricity, water, and mining, including roof insulation, floor filling, sump foundation filling, highway widening, roadbed and bridge abutment filling, railway tunnel backfilling, oil pipeline backfilling, and mine goaf filling. Its lightweight nature, thermal insulation properties, adjustable strength, and ease of construction make it highly favored by investors and general contractors, embodying the industry philosophy of "Green, Low-Carbon, Energy-Saving, Innovation, and Application."
Foam Concrete Characteristics:
1. Lightweight (just 15-20% of normal concrete)
2. Insulation and heat retention properties.
4. Ease of construction
5. Adjustability in bulk density and strength.
6. High liquidity.
7. No settlement after dense filling work.
8. The comprehensive cost-performance advantage is evident.
Foam concrete applications in building insulation and filling, bridge and road filling, and mine goaf filling.
Primary Aspects:
Insulation for Building Roofs
2. Flowable Soil Stabilization Fills for Sumps and Excavation Pits
3. Basement Ceiling Load Reduction and Insulation Filling
4. Floor insulation, heat preservation, and load-reducing filling
5. Pipeline insulation filling
6. Highway subgrade and abutment shoulders, as well as subgrade widening fill
7. Railway and Tunnel Embankments
8. Pipeline backfill for oil pipelines
9. Mining Goaf Filling Construction
Other aspects:
Tank base support
(2) Pipe and Thermal Equipment Insulation
(3) Industrial Furnace Insulation
(4) Application of shock and explosion energy absorption in civil use
(5) Retaining Wall
(6) Insulating Fill for Firewalls
(7) Indoor wall acoustic absorption materials and outdoor noise absorption materials (highway, railway noise barriers)
(8) Breathable Turf Surface
(9) Application of anti-seepage and waterproofing function in hydraulic engineering
(10) Chloride-Ion Resistance Applications for Underground and Aquatic Engineering
