Reinventing Polymers for Carbon Reduction
We transform polymers into super polymers. Our technology generates new and improved polymer properties that will impact many industries such as coating, paint, displays, optics, electronics, micro and nano electronics, sensors, medical, cables and many more.
Applications
Construction
Carbon Reduction in Construction, Super Polymer mixes with existing coatings and dramatically reduces buildings indoor temperatures and improve thermal insulation
Automotive/EV
Super Polymer integrated into car coating significantly reduces heat absorption, helping maintain cooler interiors and reducing the load on air conditioning system which results in extended driving range
Defense
Weight reduction for airborne platforms, keeping strength while reducing adhesive allows to carry heavier payload and/or extend range
Buildings account for 37% of global carbon emissions
We provide solutions for Low carbon buildings
In order to reduce energy consumption for heating and cooling buildings, improving the
thermal insulation of construction materials is essential. When Super Polymer's particles are
integrated into plasters, they reduce heat transfer by up to 17 Celsius degrees, lower
heat conductivity, decrease the overall weight of the coating, and increase hydrophobicity.
Additionally, we plan to use recycled polyethylene as our raw material and become a fully
circular company.
After treatment with Super Polymer, black rHDPE granules turned into a white layer
A droplet's spherical shape indicates greater hydrophobicity, which means less water absorption
Heat scattering test
Special Properties
Passive cooling
High Material Density and low bulk density
Heat reduction and thermal insulation
Dry particles repulsion
Super Hydrophobic
Provide mechanical strength while reducing the hosting matrix weight
Technology
We are confronting a well-known phenomenon in the Polymers world - Crystalline-capable polymers are always only partially crystalline. The rest is amorphous phase which is inherently present in every polymer and many times limits and even degrades the physical properties of the material. Extensive R&D by industry and academy over decades came up short - just until recently.
It is only at high crystallinity levels that polymers exhibit improved physical properties and new properties are revealed. A wide range of exciting possibilities opens up for the first time.
Heating
Temp. Gradient
Post Treatment
Industrial process | No Polymer synthesis | Halogen free | Patent pending
For the first time - HDPE processed in our new technology - no trace of amorphous phase. No other known industrial process could produce this level of crystallinity and purity.
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Investors and strategic partners
Our supporting eco system
