Our Innovation
Committed to the development of sustainable, high-performance construction materials, AYMECON integrates advanced technologies like graphene, recycled glass, and modular formwork systems to revolutionize the future of building.
Exploring the Potential of Graphene in Construction
At AYMECON, we utilize graphene to enhance the durability and performance of cellular concrete. Integrating graphene into our construction materials boosts strength and sustainability, providing advanced solutions for modern building projects.
Increases concrete strength without adding extra weight.
Reduces the amount of material needed, optimizing resources.
Improves thermal conductivity, increasing energy efficiency.
Provides superior protection against corrosion and moisture.
Building the Future with Recycled Glass Aggregates
AYMECON incorporates recycled glass aggregates into its concrete solutions to create lighter, more sustainable building materials. This innovative approach reduces the weight of structures while enhancing insulation and acoustic properties, making it ideal for energy-efficient buildings.
By repurposing recycled glass, AYMECON actively contributes to eco-friendly construction practices, minimizing environmental impact. This sustainable solution provides an effective way to reuse waste materials in construction, aligning with our commitment to a greener and more resilient future in building.
Concrete with Recycled Glass
Sustainable Material:
- Concrete incorporating recycled glass, such as foam glass, utilizes recycled materials, reducing waste and promoting resource efficiency.
- These aggregates enable the production of lighter and more eco-friendly concrete, ideal for sustainable projects.
Benefits of Concrete with Recycled Glass:
- Insulation Properties:
- Excellent thermal insulation, reducing the need for additional energy-conserving materials.
- Enhanced sound absorption, making it suitable for residential and commercial structures.
- Durability and Strength:
- Water, frost, and temperature resistant.
- High compressive and flexural strength, comparable to conventional concrete but with lower density.
- Aesthetic and Design Flexibility:
- Smooth, porous surfaces with customizable finishes.
- Options for coloring and texturing to achieve unique architectural designs.
- Insulation Properties:
Common Applications:
- Structural: Monolithic walls, roofs, and foundations.
- Decorative: Facade ornamentation, urban furniture, and landscaping elements.
- Infrastructure: Void filling, road bases, and bridge insulation.
Environmental Impact:
- Recycled glass significantly reduces the carbon footprint of construction processes.
- It offers post-demolition recyclability, as the glass components can be reused in future projects.
Classification according to EN 12390-3: LC8/9
This corresponds to a characteristic compressive strength of 8 N/mm² for cylinders and 9 N/mm² for cubes.
Density class for lightweight concrete according to EN 12350-6: D1.0/1.2
This indicates a dry bulk density between 1000 kg/m³ and 1200 kg/m³.
- AYMECON as a facade component: R’w = 57 dB (thickness of 45 cm, density 1100 kg/m³).
- AYMECON as an edge component: R’w = 59 dB (thickness of 40 cm, density 1000 kg/m³).
According to SIA 262/1: 44 g/m² in 28 days, demonstrating high resistance.
According to SIA 262/1: 5,900 N/mm².
Offers a high level of thermal insulation due to its lightweight density and foam glass properties.
