Reinventing Polymers
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.
Super Polymer is a startup company that develops pure fully crystalline polymers, addressing a $200B marketplace. Our technology improves a wide variety of products that we use, reduces ecological footprint, and removes health hazards.
At the end of the day, we make people's lives better.
The Marker Labels
״A green insulation solution for the construction industry is offered by Super Polymer״
Read the Article (Hebrew)
Product
Buildings account for 40% 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 more than 12 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
Perfect light scattering
SP HDPE has a refractive index higher than 2.0 compared to Untreated HDPE with a
refractive index of 1.5
High Material Density
The special morphology of
polymer pure crystals carries
many merits including higher
density
Extremely high heat scattering
Reducing heat transfer
by 12C degrees when mixed in construction exterior wall
coating
Dry particles repulsion
Free dry particles would not adhere or attached to a surface containing SP’s particles
Super Hydrophobic
Thin layer coating of SP's particles have a contact angle of 155° and sliding angle of 3°
High dielectric constant
Calculated dielectric constant of 3.85 comparing to Raw HDPE that has a dielectric constant of 2.3
Process
1
Raw material
Using commercial grade polymers
2
Our unique crystalline structure
Forming a unique crystalline structure by applying our process
3
The final product
We get Super Polymers
Could be supplied as a powder, emulsion, additive or thin layer coating – upon request
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.
Deposition
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.
Our Team
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Prof. Gad Marom
Scientific Advisor
Professor of Applied Chemistry The Hebrew University of Jerusalem
Our investor
Our supporting eco system
Contact
