Uses post-combustion pellet ash as a mineral filler, giving body and texture to the material.

Reinforced with cellulose fibers from old newspapers, providing strength and structural cohesion.

Fire resistant due to its pre-combusted mineral filling.

Composed entirely of common daily waste, with no need for virgin raw materials.

Produced at room temperature, requiring no heat, curing ovens, or energy-intensive processes.

Formed from low-density materials, including porous newspaper pulp and fine ash, resulting in a lightweight and airy structure once dried.

Fully air-dries without chemical setting reactions, reducing retained moisture and simplifying production.

100% recyclable by rehydrating and adding fresh ash or fiber, creating a continuous reuse in a circular process.

Lightweight and low-density
Final dry density ranges from approximately 300–700 kg/m³, significantly lower than conventional concrete (~2,400 kg/m³). This is due to the absence of heavy aggregates and the inclusion of air pockets within the fiber-ash matrix.

Thermal and acoustic properties
The ash content offers thermal insulation, while the fibrous cellulose matrix contributes to sound absorption potential, making it suitable for interior panels or acoustic elements.

Dimensional stability
The composite mantains its shape without warping under normal indoor humidity levels, even during the drying process.

Water permeability
Its fibrous and porous structure enables rapid water drainage, supporting soil permeability, hydrological integration, and applications in flood-resilient design.

Biofriendly
In outdoor environments, Askrant can function as a natural planter. Its porous, mineral-rich surface fosters the growth of microorganisms and lichens, supporting small-scale biodiversity.

Additive Manufacturing Potential
The material can be explored for 3D printing, enabling customized, scalable, and decentralized production using low-tech or modified extrusion systems.