Heat Smart
Innovative
Heating Solutions Go Green
Heating Solutions Go Green
Voltcore is an advanced materials and mobility-tech start-up. Our mission is to create the most sustainable and energy-efficient surface heating solutions.
We developed, implemented, and scaled the technology for heating nanocomposite filaments and various derived products, providing unidirectional heating.
Our technology can be effectively integrated into car interior surfaces, such as increasing driving range during winter while enhancing the in-cabin experience.
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Technology
Following a recent decade of innovation in nanomaterials, we found a way to give electrical conductivity properties to polymer filament.
Our team has developed a unique way of distributing of conductive elements and alignment them within the polymer that gives a desired range of resistance to use ultrathin filament as a heating element. Filaments can be used as ready-to-use applications for weaving to produce woven matrices for composites or textiles. We also developed and prototyped technology of heating textiles production with further lamination.
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Ultimate energy efficiency
Because of directional heating and placing our material closer to the objects we minimize energy losses.
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Eco-friendly
Our products not only reduce CO2 emissions, but can also be recycled, making them more friendly to our planet.
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Safety
The technology is naturally safe because there is no risk of explosion or overheating.
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Instant heating
The filament starts to radiate heat immediately after being turned on, eliminating the need to wait and spend additional energy in.
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Affordability
Bringing advantages at the same price to last-generation heating solutions.
Products
Unique technology of electrically conductive heating filament based on polymers and nanoadditives.
Heating Filament
We develop polymer filaments capable of conducting electric current from conventional (220V) and low voltage (5—48V DC) power sources using properties of nanostructures, their specific distribution and orientation in matrix.
Abrasion resistant filament surface
close characteristics
Linear density
50–60 tex
50–60 tex (g/km) length
50–60 tex
50–60 tex (g/km) length
Electrical resistance
50–1000 +
kOhm / linear meter
Ideal for heating, low signal transmission, antistatic, and shielding
50–1000 +
kOhm / linear meter
Ideal for heating, low signal transmission, antistatic, and shielding
Mechanical properties
≥ 20 cN/tex
Tensile strength
10–15%
Elongation
≥ 20 cN/tex
Tensile strength
10–15%
Elongation
Heating range
≤ 100°C
≤ 100°C
Heating Mesh
Our Heating Mesh is a lightweight, flexible textile-based heating element designed for integration into advanced wearable systems, smart textiles, surface heating, and industrial applications such as floor heating.
The mesh structure is produced using Voltcore conductive nanocomposite monofilament and industrial textile yarns, enabling consistent heating over a wide area while maintaining high breathability and mechanical adaptability.
The mesh structure is produced using Voltcore conductive nanocomposite monofilament and industrial textile yarns, enabling consistent heating over a wide area while maintaining high breathability and mechanical adaptability.
close characteristics
Dimensions
5–150
5–150 cm width
5–150 cm width
≤ 0.5 m
Up to 5 m length
Up to 5 m length
Voltage
110–230V
110–230V
Temperature Range
30–100°C
30–100°C
Directional heating laminates
Our advanced Heating Laminates, engineered for efficient and versatile underfloor heating solutions. These high-performance laminates are insulated with durable polymer films, ensuring superior heating efficiency and optimal performance. The innovative layer composition provides exceptional thermal conductivity, while the moisture-resistant properties enhance durability, making them a long-lasting choice for your heating needs.
Moisture Resistance
Built to withstand moisture, enhancing durability and ensuring a long lifespan.
Built to withstand moisture, enhancing durability and ensuring a long lifespan.
Secure connection
close characteristics
Dimensions
≥ 0.5 m
Available in widths (with future solutions extending up to 1.5 meters)
Available in widths (with future solutions extending up to 1.5 meters)
≥ 10 m
Lengths, providing flexibility for various installation requirements
Lengths, providing flexibility for various installation requirements
Thickness
≤ 2.2 mm
Ultra-thin design with a thickness up to 2.2 mm, ensuring minimal impact on floor height
≤ 2.2 mm
Ultra-thin design with a thickness up to 2.2 mm, ensuring minimal impact on floor height
Temperature Range
30°C–80°C
Operates efficiently within a wide temperature range from 30°C to 80°C, catering to diverse heating needs.
30°C–80°C
Operates efficiently within a wide temperature range from 30°C to 80°C, catering to diverse heating needs.
Voltage Compatibility
≤ 220 V
Designed to work with supply network voltage at 220 V or lower on demand, ensuring compatibility with various power systems.
≤ 220 V
Designed to work with supply network voltage at 220 V or lower on demand, ensuring compatibility with various power systems.
Specific Power
100W–1000W
Offers a specific power output from 100 to 1000 W/m2, adjustable based on the size of the sample for customized heating performance.
100W–1000W
Offers a specific power output from 100 to 1000 W/m2, adjustable based on the size of the sample for customized heating performance.
Usage
It is used as an Underfloor heater, providing a safe and reliable heating solution
It is used as an Underfloor heater, providing a safe and reliable heating solution
Our team
At Voltcore, we are a team of innovators united by one mission: TO WARM THE WORLD WITHOUT HARMING NATURE. With deep expertise in polymer chemistry, electrical engineering, software, and sustainability, we create advanced, eco-friendly heating solutions. We believe in the power of collaboration—within our team and with our partners — to build a greener, warmer future for all.
Key People
Vlad Batkhin
Founder
| CEO
Vlad has over 15 years of experience in the chemical industry, specializes in business development, R&D, and capital projects, with extensive expertise in engineering plastics, synthetic filaments, and recycled polymers.
LinkedIn
Yoram Ilan
Co-founder
| CBDO
Yoram Ilan built his career in precise engineering, focusing on innovative technologies in heating textiles. Yoram brings valuable insights into production technology and application approval, having collaborated successfully with major brands in the industry.
LinkedIn
Konstantin Berezin
Member of Advisory board
Konstantin is a successful Israeli entrepreneur with extensive expertise in automotive, consumer electronics, and sustainability.
After a successful exit from Caaresys, acquired by Harman, he now plays a crusial role in developing relationships with automotive industry leaders and overseeing commercialization.
LinkedIn
After a successful exit from Caaresys, acquired by Harman, he now plays a crusial role in developing relationships with automotive industry leaders and overseeing commercialization.
Dr. Fabrice Bertinchamps
Head of Advisory board
With over 20 years of experience in the polymer industry, Fabrice has worked as an executive at major companies. He guides our team in core materials R&D, intellectual property, and network building within the polymer sector of our technology.
LinkedIn
George de Pelsemaeker
Member of Advisory board
With over 25 years of experience in thermal management, comfort, and well-being. Georges contributes to application development, testing procedures, thermal efficiency and heat transfer modeling, and applied R&D activities with major clients.
LinkedIn
Contact us
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