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Structural Technology

The Science of 3D Panels

Replacing traditional masonry with a high-performance EPS core wrapped in high-tensile steel mesh, engineered for tropical climates and monolithic structural strength.

Our localized manufacturing process in Guyana welds high-tensile steel wire around an insulated core, creating lightweight structural panels completed with shotcrete on-site.

Step-By-Step

The Assembly Sequence

From localized raw material processing to final concrete application, our system eliminates heavy machinery and accelerates project timelines by forty percent.

01. Core Placement

02. Mesh Interlock

03. Shotcrete Finish

Lightweight EPS panels are positioned manually on standard foundations, secured with starter bars for rapid structural alignment.

High-tensile steel wire mesh cages overlap across joints, establishing continuous reinforcement and eliminating structural weak points.

Micro-concrete is sprayed onto both sides, curing into a monolithic, joint-free wall system with extreme load-bearing capacity.

Macro close-up of 3D panel steel wire mesh wrapping around a dense white EPS foam core, studio lighting, high contrast
Macro close-up of 3D panel steel wire mesh wrapping around a dense white EPS foam core, studio lighting, high contrast

Monolithic Engineering

Performance Metrics

Thermal and Structural Advantages

Unlike traditional masonry blocks that crack under stress, our continuous concrete-and-steel envelope distributes loads evenly, offering superior resistance against seismic activity and tropical storms.

The structural EPS core acts as a continuous thermal barrier, blocking tropical heat transfer to maintain cool interior temperatures and dramatically reduce energy costs.

40%

Faster assembly times

R-18

Thermal resistance rating

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Engineered for Guyana

Connect with our technical team to review structural certifications, load tables, and thermal performance calculations for your next development.