-INSUBUILT -THE SMART TECHNOLOGY PLATFORM
The patented vertical ICF that Outruns tilt-Up
Traditional ICF was built for houses .Insubuilt was built for the Industrial Revolution.
Tilt-Up has been the Industrial Standard up to now


Whether it is a cold storage facility in Miami or a data center in Dallas , our patented vertical ICF systems
delivers a structural , insulated , and finished shell fastwr and cheaper than anythng else on the planet .
WHY CHOOSE INSUBUILT OVER TILT-UP ? ( Reclaim your Job Site)
Traditional Tilt Up- INSUBUILT
- Expensive Engineering AI-Optimized/Generative
- Local Shipping only Flat-Packed/ Global JIT
- Site Waste High(Casting Beds) <1%
- Non insulated(Gap at joints) Maximum Insulation (Warm Shell) (Continuous Thermal Envelope out of the Box)
- Conventional Rebar (Slow +Expensive) Insubuilt “Micro-Flex” Microrebar(R28-R40)
- Skilled Red Seal Carpenters required Fool-proof assembly (lower labour costs)
- Massive cranes required ($$$$)need large radius Pumptrucks
- Multiple Crews -specialized crane crews One Trade 3 Steps -Form,Insulation and Structure in one Go
- joint sealing and secondary insulation crews
- Dependent on Long lead time specialized crews Use your own local labour force ( De-Risking)
- Slow and Expensive Construction -28days cure period No cure wait .Minimum 30% faster (Exterior shell built in Days not months)
- No thermal Insulation-requires sandwich panels 45% Energy savings over 10 years
- or interior furring/insulation costing valuable time
- and cost
- Requires massive casting bed on floor slab Other trades can work on slab sooner for faster tenant deliveries
- Construction is Weather Dependent All season construction
- Tilt Up has not Evolved (energy and land costs are up) Not just building a wall but a Modern Logistics Solution
WHY CHOOSE INSUBUILT OVER OTHER VERTICAL ICF COMPETITORS– -ALL ABOUT VELOCITY
Other Vertical ICF competitors INSUBUILT
- most ship pre-formed blocks (shipping air) Ships knock down in flat packs-rail and panel engineering
- Shipping air in large pre-formed blocks is pricey very efficient flat packing which stack tightly
- Uses Pre-formed blocks must be stacked, glued and cut
- creates horizontal seams that can float or shuft in a pour Uses extruded PVC I-beam that holds vertical foam panels
- Often requires special contour forms Simplified I beam -standardized PVC I beams and panels
- Block laying skill required and manual rebar tying 75% less skill labour required,snap and lock
- Requires cutting top course of every wall to reach height Zero top row cutting .Panels cut in factory
- Potential for “lift Lines” or floating between courses Monolithic vertical core , no horizontal cold joints
- May sacrifice wall thickness for concrete savings Full monolithic core -maintains structural integrity
- coomplicating rebar placement for industrial :Build to Suit ” wihtout compromising ease of pour
- snap ties prone to walking under pressure Patented retention clips-locked vertical alignment ensures walls stay plumb
- even in high velocity pours
- Struggle to reach 30 feet without blowout Easily reaches 30 foot heights
- Often uses steel rebar ( slow and expensive ) Insubuilt’s uses its own proven Insu-Flex microrebar
- Often requires time consuming rebar tying Insu-Flex microrebar is added right in the concrete truck
- Most ICF companies ahve internal plastic ties PVC -I beam provides a continuous vertical fastening surface
- which are hard to find to screw in drywall or siding easier and more reliable for follow up trades (siding and drywallers)
- Most R factors are in R-22 to R-24 Allows up to R-40
- Require extensive shape block inventory on hand Just in Time (JIT) delivery with standardized panels
- Conventional Build Times Very Quick build (8 days to lock up for an 8 plex )
- No seismic strength ( not approved) Proven in highest seismic zones (200 houses built) in Zone 6
- Higher operating costs with lower R value Lower operating costs and long term ownership costs better ROI