c6xty-blog

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Astonishing And Amazing Futuristic Architecture: Could Geodesic Domes be the Buildings of the Future?

Design and architecture is an ever-developing medium. From the antiquated pueblo mountain towns of the Navajo to the houseboats of modern-day Amsterdam, people have consistently figured out how to make space for each other in harmony with their environments. Architecture can represent the ideal marriage of structure and capacity, and you would be unable to find a better example of that than in the plan of the geodesic dome home.

One of the best advantages of this plan is that structural stress is dispersed equitably all through, making structures incredibly solid regardless of utilizing not very many materials.

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C60 (C6XTY) Being Used As The Main Building Material(s) For A Modular House

We as humans already have everything we need, but our minds want more than what exists currently. This is what led C6XTY to create materials that have redefined design structures conventionally. The soccer-ball-shaped structure is a base for carbon 60 molecules, also known as Fullerene, which is well known for its stable geometry.

Based on its stabilizing factor, this figure is perfect for supporting loads. With its lattice-like arrangement, you can design any new structure, such as a modular house.

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Stay Prepared For Earthquakes With Proper Measures

We all know that natural disasters are sudden and dangerously powerful. There are many factors that make natural disasters a severe threat to the community worldwide. Even though professionals have learned methods for the anticipation of disasters like hurricanes, blizzards, or tornadoes, some natural disasters still strike without any warning. And one of the most dangerous is Earthquakes.

Even though there are unlimited measures like Seismic Mitigation and Earthquake proof structures are designed all over the world, the impact of this nature’s disaster haven’t been minimized.

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Slope Protection & Erosion Control Handled By C6XTY

For all major and minor construction projects, slope protection, soil stabilization, erosion control, and earth retention systems are some significant needs. Civil Engineers and landscape architects always worry about how crucial these solutions can be. But you don’t have to worry anymore as C6XTY is here to help with all these aspects.

C6XTY lattices can protect the soil structure from erosion and ensure that the slopes are stable for different requirements. Whether it is topsoil for landscaping or permeable aggregate for better protection, the lattice structure is capable of surviving severe conditions in the most efficient way.

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Explore Ground Stabilization Methods & Load Support System

Ground stabilization is the most critical chapter of Geotechnical Engineering along with a load support system. That’s why more than enough methods are developed for stabilization using a wide array of materials. 

From cement, bitumen, geotextile, to lime, here we will discuss all the plausible ways for ground stabilization to improve the soil properties.

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3D Printing Of Geometric Lattice Takes The Load

Additive Manufacturing has already changed the conventional methods of designing and manufacturing process. And 3D Geometry is one of the biggest selling points for the technology. From easy fabrication to innovation in designing, the 3D print lattice certainly has more than enough benefits.

Why choose 3D Print Lattices?

As 3D printing has allowed us to create an intricate design without wasting material, it is easy now to come up with a perfect solution for a particular problem.

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Nature’s Geometry At Work With C6XTY

Nature has already given us everything we need. But it is the human mind that wants to comprehend more than what exists in nature. C6XTY is creating materials and structures that are based on the geometry nature has already provided us. From C6XTY lattices to the full inception of Buckminster Fuller’s theory of Ephemeralization, C6XTY has redefined the conventional design paradigms in the best way possible.

That’s why C6XTY worked longer than expected to ensure that they can design a structure that is stable and reduce weight without compromising with the strength of the materials.