AAC is manufactured from inorganic materials, has no radioactivity and is free from allergenic substances. It is composed of natural materials: cement, lime, sand and water. What nature has provided, we multiply it by 5 - with 1 cubic metre of raw material, we produce 5 cubic metres of AAC.
Thermal protection in buildings directly influences the use of energy for heating and cooling, as well as the ability to control the room climate. AAC optimally provides excellent thermal energy efficiency for the building in all seasons. Additional thermal protection is not required.
AACs reaction to fire is nil and it makes no contribution to combustion. It is a thermal insulant and does not release harmful gases in the event of fire. It is insensitive to the influence of temperature: the material structure does not change or deform, so that flames or smoke cannot propagate.
AAC manufacturing technology and sophisticated equipment ensures dimensional accuracy with discrepancies within 1mm on each face. Using AAC thin bed adhesive can achieve higher compression strength, better thermal results and speedy construction.
Advanced AAC technology ensure a more comfortable, safe, durable and energy-saving building. Lower construction costs by eliminating the need for insulation, moisture barriers and vermin proofing.
AACs manufacturing technology and sophisticated equipment ensure dimensional accuracy with discrepancies within 1mm. Processing with AAC thin bed adhesive can achieve higher compression strength and better thermal results.
The closed cellular structure of AAC is comprised of many independant tiny evenly spaced air pores. AAC effectively prevents water from penetrating. The material will not rot and stops access of vermin and pests completely.
AAC has a cellular structure, evenly distributed in a closed pore system. This creates excellent performance in acoustics and noise reduction which can amount to a 60dB reduction in noise from outside and a 40dB reduction indoors between rooms.