Two Months ago Two weeks ago The Future -As fast as we can go 1 - - PowerPoint PPT Presentation

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A fast and affordable way to build safe and long-lasting homes in areas effected by severe storms Two Months ago Two weeks ago The Future -As fast as we can go

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The Future of Cor-Tuf Concrete Housing and Infrastructure

Many countries are desperately in need of being able to quickly build affordable housing, commercial building and infrastructure that can withstand hurricane force winds and other types of extreme conditions . Cor-Tuf Premier UHPC has the solutions to fulfil those needs.

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Utilizing Cor-Tuf UHPC to fortify your home

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A Game Changer for Housing and Infrastructure

Experienced Work Force The roof and exterior walls receive Cor-Tuf UHPC and monolithically connect to a concrete foundation Loading on to Ship or barge Preparing for shipping Unloading for Customs Inspection and Delivery to Site for Cor-Tuf UHPC Application Modular Housing Facility

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Leadership in Energy and Environmental Design (LEED)

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Product Information

• Cor-Tuf UHPC is encase in the exterior walls and the roof of the home, which is

monolithically connected down to a concrete foundation, using Cor-Tuf ultra high performing concrete.

• Cor-Tuf UHPC is very similar to traditional concrete in terms of the materials used to

make it. The ingredients used to manufacture Cor-Tuf UHPC are approximately 80 percent the same as traditional concrete. It is the remaining 20 percent of the ingredients that make Cor-Tuf unique and revolutionary.

• As Cor-Tuf UHPC is made, integrated fibers are added to the concrete mix. The fibers

vary from polyester to fiberglass bars, basalt, steel, and stainless steel. Each of these integrated fibers create a progressively stronger end product, with steel and stainless steel delivering the greatest gains in strength.

• Cor-Tuf UHPC provides up to 10 times the compressive strength of traditional concrete.

Depending on the mix, it has a compressive strength from 28,000 pounds per square inch (psi) to more than 116,000 psi. When compared to traditional concrete (2,500 to 5,000 psi) the difference is clear. Additionally, Cor-Tuf also exhibits a vastly increased tensile strength of 2,700 psi, versus 300 to 700 psi of traditional concrete.

• Cor-Tuf UHPC initially hardens in two to three hours and can be handled in about eight

hours following a pour. The cure time varies with temperature and humidity, but generally produces half-strength in five to seven days. Full curing is obtained in 28 days. Additional strength can be achieved with the use of supplemental techniques such as the use of increased temperature, steam, or both during curing.

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Our executive team has worked with government agencies, commercial banks and private capital sources for over thirty years and designs financing structures for developers using Cor- Tuf UHPC to protect homes.

Financing

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To find out more visit: Premieruhpc.com Open Source Capital Contact: Kyle Meyer kmeyer@premieruhpc.com

For centuries there has been a need for the rapid rebuilding of housing in response to natural disasters and war-torn areas. We are seeing this first-hand in many areas of the world. Housing encased with Cor-Tuf UHPC can provide up to a Category 5 compliant housing solution within just a few weeks after delivery. When we saw how Cor-Tuf UHPC stood up to weather and wear in bridges, we knew that Cor-Tuf was the way of the future for reinforcing modular and manufactured housing. We truly believe that Cor-Tuf UHPC is one of those once-in-a-century, revolutionary materials that will forever change what can be made with concrete.”