Technology overview
Concrete is no longer a black box.
Traditional concrete production relies on fixed curing schedules and conservative hold points. Karbonix uses live material signals to understand how concrete is developing inside the mould; enabling smarter decisions about curing, strength, demoulding and quality control.
KBX Applications.
One system with a multitude of applications across the construction industry
Residential Construction
High-volume modular housing needs speed, lower embodied carbon and predictable supply. Faster curing lifts panel output, lighter elements simplify transport and install, and low-carbon mixes help meet tightening residential carbon targets.
Data Centres & Warehouses
Large-footprint builds involve enormous volumes of concrete on tight programs. Ultra-low-carbon mixes cut the embodied carbon that dominates these projects, while faster curing and high throughput keep aggressive construction schedules on track while keeping costs down.
Civil & Infrastructure Projects
Public infrastructure is built for long design lives and increasingly procured on low-carbon criteria. Durable, low-carbon concrete and non-corrosive reinforcement extend service life while helping projects meet government sustainability and embodied-carbon requirements.
Marine & Coastal Construction
Salt and chloride exposure corrode conventional steel reinforcement, driving costly repairs. Non-corrosive basalt reinforcement and dense, durable low-carbon mixes resist this attack, extending service life in seawalls, jetties, ports and other coastal structures.
Read · Predict · Control · Document
Live signals, faster decisions, traceable outcomes.
This is the canonical four-step loop behind every Karbonix-enabled production cycle.
Each step builds the dataset that improves the next batch.
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Capture the signal
Sensors capture real-time signals linked to hydration and early-age concrete behaviour while the panel is still in the mould. The same sensors continue to record through demoulding and dispatch.
Read
Translate to intelligence
Signal behaviour is translated into early-strength forecasts and demoulding readiness predictions. Time-based curing is replaced with evidence-based curing.
Predict
Optimise the cycle
Curing is optimised around target performance outcomes, mix variability and ambient conditions — instead of worst-case schedules.
Control
Generate the record
Production, QA, carbon and compliance data are captured automatically — so every batch is traceable, auditable and EPD-ready.
Document
Product Stack
One stack. Four interconnected layers.
Each layer is useful on its own, but their integration is where Karbonix's competitive advantage compounds.
New deployments improve the dataset, calibration logic and factory-specific know-how behind the platform.
L1
Smart Materials
Low-carbon concrete, CO₂ mineralisation, lightweight systems, alternative binders and non-corrosive reinforcement; designed for durability, low embodied carbon and sensing-ready production.
L2
Control System
Sensing hardware paired with digitally controlled curing logic; designed to read how each mix is curing and adjust the cycle in place of a fixed schedule.
L3
Manufacturing Platform
Factory workflow, monitoring and decision support that bring curing, quality and throughput data together to keep the production line moving and optimised.
L4
QA / EPD Toolkit
Carbon accounting, quality evidence and standards-aligned reporting; turning each batch's data into EPD-ready records and the documentation projects need for compliance.
What the layers deliver.
Smart materials carry the embodied-carbon advantage and are designed to be electrically responsive for sensing compatibility. The control system reads what those materials are doing in real time. The manufacturing platform turns that into factory-floor decisions. The QA / EPD layer captures everything that just happened, in a form auditors and procurement teams can actually use.
The system is what makes the KBX system unique; not any single layer.
Low-carbon mixes
CO₂ mineralisation
Alternative reinforcement
Hydration sensing
Predictive curing
EPD-ready data
KBX System
Our advantage is integration.
Karbonix's unique positioning comes from combining materials, sensing, curing control, manufacturing workflow and traceability into one deployable system. Each deployment improves the dataset, calibration logic and factory-specific know-how behind the platform.
Better predictions every pour
Every pour adds to a calibration dataset that improves the next prediction — across mixes, moulds, ambient conditions and product types.
Vertical integration
Owning the path from material chemistry to QA record means we can guarantee outcomes that no single-layer competitor can match.
Hard-to-copy operating knowledge
Calibration logic, mix design and factory-specific tuning compound into know-how that is hard to copy from the outside.
Materials platform
Beyond low-carbon concrete — a complete materials system.
The Karbonix materials platform combines low-carbon concrete, CO₂ mineralisation, lightweight design and alternative reinforcement into a cohesive system designed for commercial precast, modular and industrialised construction.
Low-carbon concrete & CO₂ mineralisation
Our patented lightweight concrete system introduces captured CO₂ into the manufacturing process in a controlled way. This helps create a refined lightweight structure. It also enables CO₂ to convert into stable mineral carbonate within the material; similar to naturally occurring limestone. Alternative low-carbon binder systems from industrial waste streams further reduce cement intensity andsupport mineralisation performance.
Our material is designed to permanently mineralise captured CO₂ within the concrete matrix as stable calcium carbonate, embedding carbon reduction directly into the mix. Combined with its lightweight structure, this helps reduce embodied carbon, material use, transport impacts and handling demands across each element produced.
CO₂ captured concrete
Lightweight <1,800 kg/m³
Low-carbon binders
Carbon mineralisation
Alternative Reinforcement Systems
Karbonix is developing alternative reinforcement options that reduce dependence on conventional steel rebar. Advanced composite reinforcement systems simplify installation without compromising structural integrity or specification confidence; supporting lighter concrete products with improved corrosion resistance, reduced mass and lower embodied carbon across the reinforcement system.
These systems are designed to work in combination with our lightweight concrete technology, enabling precast panels, modular elements and civil products to meet structural, fire and durability requirements while achieving further carbon and weight reductions, translating to savings in concrete volume, transport and installation costs.
Composite reinforcement
Reduced steel dependence
Lighter structural elements
Corrosion resistant
Materials + intelligence
Smart materials designed for sensor compatibility.
The responsiveness of our concrete systems is engineered into the material itself. This means the sensing layer can monitor material behaviour in real time, while predictive models are calibrated to the specific chemistry and performance profile of each mix.
Materials, sensing and intelligence are designed as one integrated system.
Low-carbon concrete
CO₂ mineralised · lightweight · alternative binders · electrically responsive
Alternative reinforcement
Composite systems · reduced steel · lighter elements · compatible with precast and modular
Integrated system result
Up to 80% lower embodied carbon · up to 60% faster curing · EPD-ready documentation
