4 Steps
Fast & Systematic Installation
Excavation
Dig 2 × 1.5 ft pedestals for precise column placement and alignment.
Concrete Pour
Pour M-15 grade concrete into the pedestals to form a stable foundation.
Column Fixing
Secure pre-stressed M-25 grade columns into the concrete pedestals for structural stability.
Panel Slotting & Grouting
Slot panels into column grooves and grout joints for a seamless, strong wall structure.
Specification
What's Actually In the Wall
Side elevation of one wall bay — dimensions and grades as manufactured, not to exact photographic scale.
Technical Specifications
- Column gradeM-25 concrete
- Foundation gradeM-15 concrete
- Standard wall height7 ft
- Column footing2 ft × 1.5 ft pedestal
- Column reinforcement7 high-tensile wires, 4 mm each
- Panel reinforcement5 high-tensile wires, 3.25 mm each
- Panel-to-column joint60 mm × 40 mm groove, grouted
Cost Savings & ROI
- Labor cost60% less
- Material waste90% less
- Time to complete3x faster
- Maintenance costAlmost zero
- ReusabilityDismantle & reuse
- Total construction cost50-60% savings
Why It's Built This Way
The Engineering Behind the Numbers
Pre-stressed wire, not plain rebar
Panels and columns use high-tensile steel wire under pre-stress rather than standard reinforcement bar. Pre-stressing keeps the concrete in compression under normal loads, which is what lets a roughly 1.7-inch-thick panel resist wind and impact loads that would crack an unreinforced slab of the same thickness.
M-25 above ground, M-15 below
M-25 grade concrete goes into the columns and panels — the components exposed above ground and doing the structural work — while the buried footing uses M-15, a leaner mix appropriate for a foundation that's carrying compression load rather than resisting bending.
A grooved joint, not a fixed one
Panels slot into a groove cast into the column rather than being rigidly fixed, and the joint is then grouted. That groove allows a small tolerance during installation, and makes it possible to replace a single damaged panel later without touching the rest of the wall.
Why it's faster, not just cheaper
Because panels and columns are cast off-site in advance, on-site work is limited to excavation, footing, column fixing and grouting — there's no waiting on brick courses to cure one row at a time, which is where most of the schedule on a traditional wall gets lost.