Redefining the Future: The Rise of Composite Materials in Design
Today, urban living has gained prominence. composite materials have evolved in construction to support the adaptability and efficiency needs of urban life. They prioritize energy efficiency, decreased maintenance, reusability, recyclability, enhanced comfort, sustainability, etc.
In this blog, we have explored how composite materials in construction have impacted urban living and industrial construction.
How do composite materials transform urban construction?
Composite materials used in building houses have transformed urban living in India in several ways. Here are some of them.
1. Energy efficiency
Energy efficiency promotes optimal utilization of resources and minimizes energy consumption leading to considerable cost savings in the long run. Reduced energy consumption also helps decrease the carbon footprint and prioritize sustainability.
For instance, uPVC windows and doors, the composite materials used in building construction help reduce energy consumption and electricity requirements. uPVC has low conductivity and does not transfer heat easily into or outside the buildings. As it reduces heat transfer, it keeps the space cool during summer and warm during winter which reduces the need for air conditioning and heating requirements.
Similarly, facades allow natural light to pass in and a thoughtful use of facades helps reduce electricity needs for lighting. More than 40% of energy consumption comes from buildings. So, the composite materials in construction like facades and uPVC profiles help achieve energy efficiency.
Aparna Enterprises Limited (AEL) leads the space by manufacturing composite materials in construction like uPVC profiles, windows, doors, facades, etc. that help builders prioritize energy efficiency.
2. Sustainability
Several advanced materials in construction have emerged to reduce environmental adversities. They prioritize recyclability and reusability and carry a lower carbon footprint. For instance, ready-mix concrete reduces environmental impacts and prevents river sand exploitation.
Excessive use of wood in construction is a major cause of deforestation. Using uPVC and aluminium for windows and doors helps reduce wood requirements. They are recyclable and reusable while also requiring lower maintenance.
Likewise, several advanced materials in construction have evolved that prioritize sustainability and energy efficiency.
3. Resilience and Durability
Composite materials used in building construction enhance the durability of buildings. Urban construction is more about high-rise buildings that are exposed to high-speed winds, wear, and tear. They are also vulnerable to natural calamities like earthquakes, etc.
The composite materials used in building construction help enhance the durability of buildings and promote longevity. For instance, using superior steel reinforcements for windows and doors increases the durability of concrete structures. They help withstand different weather conditions and natural disasters while also reducing the need for frequent repairs and maintenance.
4. Healthy space
Air quality and noise pollution is a major problem when it comes to urban living. Several composite materials in construction have evolved that help maintain optimal indoor air quality and offer better acoustics.
Advanced materials in construction like uPVC windows and doors have natural cooling capacity and help maintain a salubrious interior. Sustainably produced materials are free from toxins and harsh chemicals which also play a crucial role in enhancing the air quality of buildings. Using insulated frames offers higher temperature control as well as noise reduction abilities.
5. Enhanced functionality
Integrating composite technologies like IoT, sensors, etc. helps achieve smart buildings that are highly functional while minimizing energy consumption. Flexible designs help increase the adaptability of buildings to functional, convenience, and affordability requirements.
Modular construction helps achieve higher levels of customization, reduces material waste and labor requirements, and desired functional needs. It also promotes optimal utilization of available space, which is a major concern with urban construction.
How does Aparna Enterprises Limited impact urban living?
Aparna Enterprises Limited (AEL) is a pioneer in manufacturing and supplying composite materials for construction including ready-mix concrete, facades, steel reinforcements, modular kitchen solutions, uPVC profiles, aluminium windows and doors, etc.
AEL attaches paramount importance to producing sustainable, eco-friendly types of composite materials that promote energy efficiency, high-end aesthetics, and superior functionality.
FAQs
- What role do composite materials play in sustainable urban development?
Composite materials help optimize energy consumption, minimize maintenance requirements, reduce waste, promote renewable energy usage, increase air quality, offer better acoustics, etc.
- Are composite materials cost-effective for urban construction?
Yes, composite materials help reduce costs in several ways. They help minimize electricity needs, energy consumption, and waste. composite materials also help achieve the desired functional requirements in less space, time, etc. Though initial costs may be high, they offer enormous cost savings in the long run.
- What are the types of composite materials in construction?
Smart grids, self-healing concrete, composite insulation, uPVC windows and doors, facades, modular kitchen, etc. are common types of composite materials used in construction.