Architecture

With modernization and technology, innovative materials are continuously being developed such as recycled degradable materials, transparent concrete, new insulation materials, and even nanomaterials, all of which contribute to the sustainability of buildings by minimizing a structure's carbon footprint, prolonging its life span, and reducing maintenance costs.

CD BioSciences-Advanced Materials possesses the knowledge and skills required to deliver top-notch advanced material solutions. As such, we have various architectural advanced materials products and intended materials development service packages for our clients that focus on increasing the building's sustainability, durability, and aesthetics.

Why Use Advanced Materials in the Architecture?

Enhancement of Performance

Advanced materials offer greater strength, durability, and resilience than traditional materials.

Design Flexibility

Advanced materials enable architects and engineers to create innovative and complex designs.

Energy Efficiency

Many advanced materials offer better insulation and energy efficiency, reducing heating and cooling costs.

Reduction of Maintenance

Many advanced materials last longer and are more resistant to environmental stresses, reducing maintenance and replacement costs.

Sustainability

Green building materials, such as bamboo fiber and recycled building materials, can reduce the environmental impact of architecture.

Safety

Advanced materials can improve a building's ability to withstand natural disasters, thereby ensuring the safety of its occupants.

Examples of Advanced Materials in Architecture

High-performance Concrete: The variety of high-performing concrete extends to Ultra-High Performance Concrete (UHPC) and High-Performance Concrete (HPC). These offer extreme strength, sizeable durability, and low permeability. The aforementioned features lead to an enhancement in the load-bearing and seismic performance of civil structures.
Nanomaterials: Nanotechnology has enabled materials science to achieve previously unattainable feats. A compelling example of this would be the combining of carbon nanotubes (CNTs) and high-strength concrete. This forms a new highly ductile material that also accelerates construction works.
Smart Glass: Smart glass has the capability to change its degree of opacity depending on the intensity of external light. This glass performs dimming and privacy functions automatically.
New Insulation Materials: Polystyrene foam boards (EPS boards) are new insulation materials that enhance energy efficiency in buildings and contribute to green architecture and sustainable development.
Transparent Concrete: Transparent concrete controls the degree of light transmission and color by controlling the size and distribution of transparent particles, increasing the transparency and aesthetics of the architecture.
Eco-bricks: Green and environmentally friendly architectural materials, such as bamboo and wood fiber boards, recycled building materials, etc., are gradually being promoted and applied to reduce the generation of waste in the construction process and reduce the pollution of the environment.
Composite Materials: Glass fiber-reinforced concrete and carbon fiber-reinforced concrete enhance the strength of the concrete's compression while addressing the limitations of ordinary concrete in its flexural, tensile, and impact resistance. At the same time, carbon fiber reinforced concrete has found application in high resistance structures, intelligent concrete structures, and electromagnetic shielding structures.

Our Solutions

Green Building Materials R&D

High Performance Building Materials R&D

Fireproof and Flame Retardant Testing of Building Materials

Environmental Performance Testing of Building Materials

Our Highlights

Innovative Material Applications
We provide state-of-the-art materials that are painstakingly chosen and tested for their value towards improving the architecture's performance, durability, and overall safety.
Environmental Sustainability
Using materials that are renewable and less damaging to the environment, enables clients to achieve more environmentally friendly building projects and comply with green building standards.

Customized Solutions
Our services include designing the material solutions that are best suited for each project's requirements so as to ensure that the client's expectations are met optimally.
Professional Technical Support
A team of consultants including seasoned engineers and architects is at hand to support the flawless execution of the project and guarantee its successful completion.

CD BioSciences-Advanced Materials specializes in providing advanced materials solutions that enhance the environmental friendliness, functionality, and aesthetics of architecture. Our team of experts works closely with clients to provide customized services through materials science and cutting-edge technology. If you are interested in our services, please feel free to contact us.

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