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Steel reinforced concrete clad eps core panels

Best protection against natural and man-made disasters

In the times such as this, when the world faces an increasing number of natural and man-made disasters, the need for innovative construction materials that provide resilience against both natural and man-made disasters has never been greater.

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Steel reinforced concrete clad eps core panels

Best protection against natural and man-made disasters

In the times such as this, when the world faces an increasing number of natural and man-made disasters, the need for innovative construction material that provide resilience against both natural and man-made disasters has never been greater. The steel reinforced concrete clad EPS core panels, better known as sandwiched panels, EPS panels or readymade walls have emerged as a remarkable solution that combines structural strength, energy efficiency, and offers an unprecedented level of security and safety against a wide range of threats. In this article we aim to explore how the EPS panels offer an unmatched level of protection in the face of various disasters, ensuring the safety of buildings and their occupants.

Demystifying the steel reinforced concrete clad eps core panels

The sandwiched panels are composite building materials that combine the structural strength of steel and concrete with the insulating properties of EPS. These panels typically consist of three layers:

1.
An inner core of EPS: This layer provides excellent insulation and contributes to the energy efficiency of the structure.
2.
A steel-reinforced concrete layer or the Wythes: This layer protects the inner core and adds exceptional structural strength and resistance to impact and pressure.
3.
An outer cladding layer: Often made of cement paint, etc., this layer protects the inner layers from the effects of weather and enhances the panels’ aesthetic appeal.
Protection against natural disasters:
1. Earthquakes: Regions prone to earthquakes require buildings classified as earthquake resistant building; they can absorb and dissipate seismic energy effectively without succumbing. EPS panels are engineered to do just that. The concrete exterior and steel reinforcement provide excellent resistance to the lateral and vertical forces generated during an earthquake. The EPS core within these panels acts as a shock absorber, helping to minimise damage and improve the chances of building survival. Thus, the earthquake resistant building; constructed with these sandwiched panel can protect occupants and be termed as a Safe building.
2. Hurricanes and Tornadoes: In certain geographies hurricanes, typhoons and tornadoes pose significant threats to buildings; the construction needs to be ‘cyclone resistant building’. The robustness of EPS panels enables the structures resist the destructive forces associated storms; making it windproof construction material. The concrete exterior offers protection against flying debris as it is impact resistant, while the steel reinforcement prevents structural damage, and the EPS core adds an extra layer of insulation. This combination makes the buildings more resilient in the face of extreme winds and can be called as a ‘cyclone resistant building’ or a ‘hurricane resistant building’ and be termed as a safe building.

Resilience to man-made disasters:

1. Fire:
Fires are a constant concern in urban environments. It can be devastating, causing extensive damage to buildings and endangering lives thus it is prudent to construct fire resistant buildings. The concrete layer in these Fire-Resistant Wall Panels, preventing the rapid spread of flames. The EPS core provides insulation, reducing the risk of heat. Thus, in the event of a fire, the sandwiched panels maintain their structural integrity for a more extended period, hence more time for occupants to evacuate and the emergency services to respond. This makes such buildings ‘fire resistant buildings’, a feature that can be especially crucial in densely populated areas.

2. Impact, blast & ballistic resistance:
High-traffic areas, critical infrastructure like bridges and tunnels, sensitive areas like government buildings or military installations where security is a concern, EPS panels provide effective impact, blast and ballistic protection. The steel reinforced concrete layer in these panels is exceptionally robust helping it resist damage from vehicular impact, bullet impacts and explosive forces, ensuring the structural integrity of the infrastructure, safeguarding occupants and users. This makes it an impact-resistant building and a safe building

Insulation and Soundproofing

The EPS core provides excellent insulation and soundproofing qualities. This is advantageous in both natural and man-made disaster scenarios. During extreme weather conditions, it helps maintain a stable indoor temperature, making buildings more habitable. Additionally, being soundproof wall panel, it protects occupants from the psychological effects and enhance their overall well-being.

Sustainability and Energy Efficiency
Beyond their impressive protective qualities, these panels also contribute to sustainability and energy efficiency. The EPS core provides excellent insulation, reducing energy consumption for heating and cooling. This not only saves on utility costs but also decreases a building’s carbon footprint.
Concluding this we can say that the sandwiched panels represent a remarkable breakthrough in construction materials. They offer an unprecedented level of protection against both natural and man-made disasters, ensuring the safety and resilience of buildings and their occupants. With their structural strength, resilience to earthquakes and high winds, fire resistance, energy efficiency, and insulation properties, these panels are a vital component in creating safer, more disaster-resistant structures. Whether it’s earthquakes, fires, floods, terrorist attacks, or vehicular collisions, these panels serve as guardians, ensuring the safety and resilience of structures. As we continue to face an uncertain future, embracing innovative building materials like SRCE Panels becomes essential to mitigate risks and protect communities while safeguarding infrastructures.
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