Vicon Technology Portfolio
Nano-activated cements, coatings & sealant systems
Nano-matrix-built-environment & systems for extreme challenges
Ultra-durable · super-hydrophobic · salinity-resistant · freeze-thaw stable · military grade seismic & ballistic resilient · self-monitoring · self-repair · bio-compatible · blue-carbon ready.
Every product line follows the same design intent: engineering excellence and safety, environmental protection and safety, and a quantified cost avoided.
Tech Specs
Overall technical specifications of the Vicon nano-activated cement, coating and sealant platform. Each specification is mapped to the messaging page where it is argued in the reference table below.
Vicon Nano Science improves the functionality of concrete. We create solutions within the fields of biomimetic, nano-structured and hierarchical materials which can be combined with fiber-reinforced concrete technologies in order to obtain ultra-high performance concrete UHPC with controllable stress-strain behavior. Vicon launched an avant-garde approach aiming to identify the nano scale phenomena underlying the behavior of concrete.
Our platform serves as a solid foundation for the development of new types of concrete, composed of ultra-high durability, manufactured with increased volumes of by-products, and self-healing materials. In addition, concrete with higher by-product volumes will provide greener economic solutions for the next generation of eco-concrete.
Reducing Portland cement content by 50% or more and improving the overall performance of eco-concrete helps to reduce the carbon footprint of structures by 40-65% and, in addition, decrease the use of raw materials required for cement and concrete manufacture.
Vicon Technology Portfolio
Nano-activated cements, coatings & sealant systems Nano-matrix-built-environment & systems for extreme challenges
Vicon Nano Science improves the functionality of concrete. We create solutions within the fields of biomimetic, nano-structured and hierarchical materials which can be combined with fiber-reinforced concrete technologies in order to obtain ultra-high performance concrete UHPC with controllable stress-strain behavior. Vicon launched an avant-garde approach aiming to identify the nano scale phenomena underlying the behavior of concrete.
Our platform serves as a solid foundation for the development of new types of concrete, composed of ultra-high durability, manufactured with increased volumes of by-products, and self-healing materials. In addition, concrete with higher by-product volumes will provide greener economic solutions for the next generation of eco-concrete.
Reducing Portland cement content by 50% or more and improving the overall performance of eco-concrete helps to reduce the carbon footprint of structures by 40-65% and, in addition, decrease the use of raw materials required for cement and concrete manufacture.
Tech Specs
17,000 PSI construction panels with advanced material properties
Smooth, marble-like surface textures, cast in intricate relief for premium design upgrades
Faraday Cage properties repel electromagnetic waves for safe data storage
Photocatalytic, surface- and air-cleaning capabilities
Self-healing materials
Multi-purpose binders and cements for ready-mixed plants and cement producers globally
Runway, bridge and road patches (45-minute set) and mortars — e.g. military helicopter pads, cast in place, land & leave
Nano-cement and photocatalytic cements; air-cleaning, self-cleaning materials and industrial coatings — eliminates emissions from absorbent surfaces, highways, industrial centers, stucco or wood
Air-cleaning sealers
Asphalt upgrades for 50–70-year durability
Micro-fine, flash-set, oil-well cements based on HP Cement, bagged for specific usages
Micro-fine cements, refractory binders
Marine eco-cements for coral reef repair, integrating reef debris and compatibility on nano-levels to increase carrying capacity of oceans with damaged or non-growth reef systems — patent in process
Cement for waste utilization, incorporating recycled glass and industrial by-products
7 Sector Tech Portfolio
Future Proof Growth Sectors - Addressing pressing and growing challenges.
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We address the risk of corrosion failure in pipelines, bunkers, barriers and land- and underwater cables by shielding them with nano-activated, non-metallic ultra-high performance cements and ceramic coatings. Ultra-durable, super-hydrophobic, salinity-resistant — protection that does not itself corrode.
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We address the risk of industrial runoff and contamination near water bodies by filtering, capping and sealing it at source with absorption fences, desalination coatings, capped-well systems and offshore decommissioning cements. Salinity-resistant, self-repairing, bio-compatible.
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We address the risk to ports, offshore rigs, wind farms and coastal defence assets from wave energy, seismic events and conflict by building them in nano-fibre-reinforced UHPC that is wave- and seismic-reinforced and can be flash-set for rapid deployment.
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We address the risk of coastal flooding, coral bleaching and biodiversity loss by combining wave-break and pier erosion control with bio-compatible, blue-carbon-ready reef substrates that stabilise coastlines and restore living marine ecosystems — deployed and monitored with Reef Life Foundation.
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We address the risk of low-integrity carbon credits and degrading land by locking biomass carbon into cement and soils — TerraChaVT / Ocean-Char and biomass-to-cement — producing durable infrastructure that is itself a measurable, MRV-ready carbon sink.
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We address the risk of infrastructure erosion and structural failure, by matching material to environment: UHP-asphalt and infrastructure systems, flash-set airport and runway repair, and parametric BIM-driven structures for advanced architectural design.
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We address the risk of steel rebar corrosion, weight and transport cost by replacing steel with NanoRebarVT basalt reinforcement mesh — corrosion-immune, a fraction of the weight, and suited to marine and land construction alike.
