1st
Inertia weld patent
01
Innovation
We brought patented inertia-weld technology to deep foundations and continue to improve it through new helix geometries, faster torque monitoring and more precise corrosion modeling.
Six disciplines. One foundation system.
We manage the entire process, from the engineer's first sketch to the final installed pile. Innovation, quality, design, consulting, installation and manufacturing under one roof.
100%
Batch tested
02
Quality
Every pile is destructive-tested by batch. Every weld is forged, not filled. Every shipment is documented end-to-end. ISO 9001 audited, ICC-ES listed (ESR-3982), and built to a 100+ year service life.
∞
Configurations
03
Design
Our engineers custom-design every helical pile to your soil report, structural load, and install method. Each design is project-specific, from a single residential pier to a 200-MW solar array.
1 day
Response time
04
Consulting
Our team consults directly with your designers, geotechs and contractors. We provide soil interpretation, capacity modeling and installation-method selection, with answers within one business day.
50
States served
05
Installation
A nationwide network of certified installers, plus in-house support on every project. Torque-monitored installation provides full as-built documentation and a recorded capacity for every pile.
Same day
Stock shipping
06
Manufacturing
Vertically integrated in Minneapolis. We cold-roll, inertia-weld and hot-dip galvanize each system under one roof. Stocked inventory ships the same day, while custom builds are completed in three weeks or less.
Patented
The inertia weld floor.
Conventional helix-to-shaft welds rely on filler metal and create a heat-affected zone at the pile’s weakest point. Our patented inertia process generates the weld through friction alone: continuous forged grain, no porosity, no slag, no HAZ. The result is a joint stronger than the parent steel.
- Solid-state friction weld
- No filler metal
- No heat-affected zone
- Forged-grain continuity
- 2× shear vs. gusset weld
- Hot-dip galvanized to ASTM A123
How a project gets from soil report to as-built.
01
Engineer
Soil analysis + load review define pile geometry, helix configuration, and install torque target.
02
Manufacture
Inertia welding, hot-dip galvanizing and batch testing in our Minneapolis facility.
03
Install
Torque-monitored installation by our certified network. Capacity verified pile-by-pile.
04
Certify
Full as-built submittal with torque logs, capacity correlation and warranty documentation.
Start with the soil report.
Send us a soil report and load. We will respond within one business day with the right pile, installation method and delivery date.
