ATOMIC REINFORCEMENT OF CEMENT , CONCRETE & EARTHEN MATERIALS
In construction industry, we know you have tons of options to choose from when you purchase building material but what we are offering, is one of its kind. With NANOARC's high-performance additives, you have a unique opportunity to experience the unprecedented advantages of nanotechnology, in construction materials.
NANOARC's construction division specializes in the development of QUANTUM CONCRETE (QuantCreteTM). These are sustainably developed, eco-friendly nanoadditives made with ultrafine, high-performance nanomaterials, known as Quantum Materials.
What is QuantCreteTM ?
QuantCrete are high performance nanoadditives, chemically composed of materials already known to the construction sector but differ in that, they are ultra-high performance, Atomically Architectured materials. When QuantCrete products are added in very small amounts typically within the 0.00006 to 0.0002 wt% range, they convert conventional concrete, cementitious and other associated construction material systems, into superior/high-performance systems.
We are NOT concrete/cement manufacturers, we supply the essential nanoadditives, that make your products perform better. Like nature takes carbon and converts graphite to diamond, we take simple materials you're familiar with, and upgrade their performance significantly.
The Issue We Tackle
The key source of structural failure in construction systems, comes from porosity. Pores cause cracks, structural failure and enable the penetration of corrosive agents.
In construction materials, pores are rated as harmful, less harmful and harmless. These pores are 10 - 100 times smaller than granular ZnO, cement clinker and silica fume products, currently being used on the market.
Contemporary construction materials are still subject to porosity-induced structural failure. Cracks that form are penetration sites for degradation agents like bacteria, humidity & salinity, that in turn create unsightliness and corrode rebar. Conventional materials also need flexural strength to withstand mechanical strain when bending under pressure from either strong winds, tremors or earthquakes.
How We Solve it With QuantCrete
Our QuantCrete material selection currently consist of; zinc oxide, magnetite, hydroxyapatite and boron mixed compounds, depending on their designated function. Functionally, QuantCrete Products fall into two main categories:
1) QuantCrete FILLER
2) QuantCrete FLEX
High surface area nanopowders, with grain sizes below 20 nanometers (0.02 microns), and are 1000 times smaller than granular Zinc Oxide, silica fume and cement clinker. When added to a cement/concrete mix, the nanoparticles fill pores and densify concrete, to potentiate resistance to crack formation, and structural failure. Depending on the chemical composition, the materials offer some of the following, amongst others:
- Ultra-high corrosion resistance (coulombs below 200)
- Nuclear radiation shielding
- Ultraviolet (UV) light blockage
- High strength
- Prohibit the penetration of moisture and growth of unsightly agents (e.g. bacteria, mold, mildew).
This unique product is singular in the nanomaterial market and the first of its kind. It consists of atomically-thin two-dimensional (2D) nano-sheet materials, similar in morphology to graphene but chemically different. Despite being atomically thin, the material spans several microns in size. This structure confers an ultrahigh surface area, significantly boosting the reactivity and performance of the material, beyond that of QuantCrete Filler systems.
QuantCrete Flex is designed to compensate for QuantCreteFiller shortcomings, by slipping between cracks and pores, where only small molecules can penetrate, and Filler materials can't go. It densifies the concrete structure, without increasing its weight and further minimizes air penetration.
When added to a cement/concrete mix, its role is to bring in an additional factor - flexural strength (twist/flex). The “flex” sites created by the materials, are designated to enable concrete to better withstand tensile strain, in circumstances like:
Earth movement - earthquakes
Weather elements - hurricanes, strong tidal waves/currents
Ravages of time - climate & human-induced degradation
How To Use QuantCreteTM
Add QuantCrete nanopowder to your product (e.g. concrete, cement, micro-cement, mortar, grout, clay, etc) in the dry phase, mix thoroughly to allow distribution of the QuantCrete nanoparticles, then hydrate and proceed as usual. Nature does the rest.
On average, you require less than half a teaspoon of QuantCrete i.e. 1.7 grams (~ 0.059 oz.)* per 1.9 tonnes of concrete.
The Future of Construction is Here
Nanotechnology in the construction industry, creates a twist in perspective. In a domain where the familiar scenario is to use large quantities of materials, nanotechnology is the exact opposite. In the latter world, you achieve more by using less. QuantCrete creates a whole new exciting experience for the construction industry, and opens the pathway to previously unattainable prospects in architecture.
Do you know we currently achieve 172 coulombs with just 0.0001 wt % of QuantCrete Filler in a concrete mix? The ideal solution for bridges, submerged floating tunnels, corrosion-resistant sewer channels and significantly challenging technically demanding constructs.
With QuantCrete, we give you a unique opportunity to engage construction with via a value-based model, as opposed to the traditional volume-based approach. Under a value-based model, you achieve more robust infrastructure with quality and performance-amplifying quantum materials, in less volume, in order to be sustainable, profitable and minimise the carbon footprint of each architectural pursuit or edifice.
Wonder what else QuantCrete has to offer but need help understanding nanomaterials ?