PCON International Corp. introduces EcoBloc AAC Blocks—a high-performance, eco-friendly building solution. These autoclaved aerated concrete blocks offer superior strength, thermal insulation, soundproofing, and fire resistance. Perfect for residential, commercial, and industrial projects, EcoBloc AAC blocks deliver energy efficiency and cost-effectiveness for modern construction needs.
There are several types of EcoBloc AAC Blocks with each having varying use cases and specialties. Ecobloc offers several types of EcoBloc AAC Blocks, and here are some of its core variants:
These are the most commonly used AAC blocks and are ideal for general construction purposes. They offer excellent thermal and acoustic insulation properties.
As the name suggests, these blocks are used in non-load-bearing walls, providing excellent insulation without bearing structural loads.
EcoBloc AAC Blocks offer a modern solution to sustainable construction, combining environmental benefits with superior performance. Here are some of its key advantages:
EcoBloc AAC blocks are approximately five times lighter than traditional concrete.
EcoBloc AAC blocks have excellent thermal insulation properties.
EcoBloc AAC blocks are non-combustible with a UL fire rating of up to 4 hours.
EcoBloc AAC blocks provides excellent sound absorption qualities.
Ecobloc AAC blocks are made from sustainable materials.
EcoBloc AAC blocks are lightweight, reducing foundation loads and potentially lowering construction costs.
EcoBloc AAC can be engineered for seismic-prone regions, providing stability and durability during natural disasters.
EcoBloc AAC blocks are not susceptible to termite damage or decay.
EcoBloc AAC blocks are manufactured under controlled conditions, ensuring consistent quality and dimensions.
EcoBloc AAC blocks are precast and can be easily assembled.
EcoBloc AAC blocks can be used for various applications, including walls, partitions, and flooring.
Ecobloc AAC Blocks prevents moisture penetration, mold buildup, mildew, and structural damage over time.