Celcrete 50mm AAC Panel Cavity System
At Celcrete, we recommend using wooden battens for our AAC cavity wall systems- a solution that is BRANZ appraised for quality, performance, and compliance.
Timber battens offer dependable structural support while allowing effective ventilation and moisture control within the cavity, enhancing the longevity and thermal performance of your building. Lightweight and easy to install, making construction faster and more efficient.
- 20mm Poly Battens
- 20mm Wooden Battens
- 33mm Wooden Battens
- 40mm Wooden Battens
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Product Details
Fire Safety

Durable
CELCRETE is extremely durable and surpasses the minimum life as required by the NZ Building Code. CELCRETE AAC is extremely low maintenance and will not warp, rust or rot. The exterior cladding isn’t susceptible to decay or inspect damage and is allergen-free. Its strength also gives greater resistance to impact damage, so it can withstand any likely impact under normal conditions. The CELCRETE Panel Veneer System has proven to be extremely robust and resilient on Christchurch houses since the earthquakes of 2010 and 2011.

Economical
CELCRETE AAC is an especially economical product to use in construction. There are less components and fewer construction steps when using this cladding system compared to other construction methods. Therefore economies can be made that will reduce overall construction costs. This is particularly true when a building is specifically designed in modules that accommodate the dimensions of the cladding product. That way, on-site cutting and wastage can be significantly reduced. This approach also adds to the speed and simplicity of construction, further reducing costs.

Environmentally Friendly
CELCRETE AAC is an inert, natural and environmentally friendly construction material. Although it is made from minerals that are in abundant supply around the world, the manufacturing process makes very economic use of them and all trimming waste is recycled back into the production process.
There are no harmful pollutants generated by the production process, which is in itself very energy efficient.
Being inert the material is non-hazardous and does not emit any harmful gases or vapors.