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So far Natalie Rodgers has created 64 blog entries.

How to Quickly Pivot Your Conventional Basement to Logix ICF

Are you considering upgrading to an ICF foundation after you have completed your building plans? The good news is that changing conventional plans to a Logix ICF foundation is a straightforward task – you just have to consider all the nuances of an ICF wall in the shift. Our guide below will help you do just that: you’ll learn what key factors you must consider at both the design and construction stages, and how to get your change approved quickly by the building department. 5 Design Phase Considerations Pay particular attention to the 5 factors below, and your conventional-to-Logix ICF basement pivot should go down without a hitch. 1.   Footings You shouldn’t have to change much with the footing design unless your footings are stepped. In case you do have stepped footings, you have two options for creating a smooth interface between them and the ICF basement wall: Use 2 courses of the Logix V12 blocks on the steps, as such footings are typically 24 inches high. Opt for regular, 16-inch Logix Pro blocks, but change the stepped footing heights to 16 inches. Logix ICF Footings 2.   Foundation Walls Thickness You’ll need to plan for thicker foundation walls if you’re pivoting your basement design to ICF. It may sound like [...]

By |2024-03-06T09:10:53-06:00March 6, 2024|Featured|

First of Its Kind: ICF Training for Ohio Trades Students September 20, 2023 Training

The Ohio Board of Education has approved the ICFMA Installer training course as part of their construction trades credentialing program for a total of six credit hours.  Students who are part of any construction trades program in the State of Ohio are required to get a total of 12 hours of credential credits to graduate.  These credential courses are typically produced by local industry and serve as a way for local businesses to educate students about potential opportunities in the field of construction. Quote from Micah Garrett, Chair of the ICFMA Education Committee “We are very excited about making this course available for trades students in the State of Ohio.  This is the first time we have been able to get a program of this type approved on a state-wide level, and this represents a great opportunity to introduce and train the next generation of ICF installers.” This program would not be able to take place without the direct support of Ohio Concrete, and the National Ready Mix Concrete Association.  Both organizations have been instrumental in helping getting the course approved and offer it on a local level to trade schools around the state. Currently the ICFMA is committed to [...]

By |2024-03-06T09:13:42-06:00March 6, 2024|Featured, Training|

Habitat for Humanity – Joplin, MO

https://youtu.be/ephyBvps8DY   Nudura, a member of the ICFMA, partnered with Habitat for Humanity to build a new home for Charles Timothy Peay. Charles is an army veteran living in Joplin, MO. Habitat for Humanity International, the #ICFMA and the National Ready Mixed Concrete Association plan to build fifty ICF homes across fifty states in the next five years. Nudura donated ICF products for three of these residential builds.

By |2024-03-06T09:15:25-06:00June 30, 2023|Featured, Video|

Fiber-Reinforced Concrete 101

Traditional concrete has widespread usage across building and roadway construction and is known for its superior structural strength. But what if we told you that it could have even more resiliency without the need for rebar? Fiber-Reinforced Concrete (FRC) technology incorporates micro and/or macro synthetic or steel fibers into the concrete mix itself for added resistance to deterioration, as outlined and specified in ASTM C1116. What is Fiber-Reinforced Concrete? Concrete cracking is not uncommon due to drying shrinkage, structural loads or other forms of stress. The use of fibers in concrete can help mitigate age-related cracking and improve spall protection and freeze-thaw durability. Macro-synthetic fibers, sometimes referred to as structural fibers, can be “engineered to be equivalent to conventional steel reinforcing” when correctly dosed and mixed in concrete. Applications for Fiber-Reinforced Concrete Fiber-Reinforced Concrete has universal applications where strength and crack-resistance are needed, including: Vehicular uses such as roadways, bridges, parking garages, and driveways Structural walls, including with Insulated Concrete Forms (ICFs) Shotcrete for foundations Precast concrete Benefits of Fiber-Reinforced Concrete Fiber-Reinforced Concrete offers numerous short-term and long-term benefits to the building owner, contractor, and ready-mix concrete producers. Learn more here.

By |2023-05-04T13:54:01-05:00June 16, 2023|Featured, Technical|
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