Introducing the All New Logix V12
We continue to innovate and improve upon our existing Insulated Concrete Form products. Our latest development has just been released: The Logix V12.
Logix V12 effectively replaces half-height blocks and height adjusters. Incorporating V12 into your Logix ICF installations will mean faster installation times, less blocks to handle, less taping and, most importantly, higher margins.
All About the Logix V12
Logix V12 is our line up of 12” high blocks that allow you to build to any 4” wall height increment without any cutting or waste. Courses of Logix V12 blocks will integrate seamlessly with courses of our regular full height (16” high) Logix Pro and Logix KD products.
These blocks also feature:
- Rebar Placement Consistent with Logix Pro and KD products
- Full Corner Support
Logix V12 Standards and 90 Degree Corner blocks are now available in our 6.25” and 8” core thicknesses. To view more details on the V12 Standard blocks please Click Here. To view more details on the V12 90 Degree Corner blocks please Click Here.
Why You’re Going to Be Extra Excited About Logix V12
Here’s what is so exciting about this product and why every general contractor is going to love using V12 instead of half-height blocks and height adjusters.
- Faster Overall Installation Times. With less blocks to handle as well as less taping or additional form support required, you’ll see faster installation times and margins that go up.
- Less Blocks to Handle
- More Fastening Surfaces for Finishes At Corners And in Walls. V12 products come with the extended inside flange; the top-to-bottom bearing also eliminates compression between courses and allows for fast and easy wire chase installation.
Wrapping It Up
Logix’s new V12 blocks allow you to build to any 4” wall height increment without any cutting or waste by simply integrating with courses of our regular height blocks.
The result? Faster installation times, less blocks to handle, more fastening surfaces at corners and in walls as well full corner support for good measure.