Nemo Nanomaterials

Solutions for electrostatic discharge and much more

Sometimes 2+2 equals even more than 5. It happens when you've found the right partners. Thank you Kafrit Group , DELTA KUNSTSTOFFE AG , Plastics App !

Come work with us! 🌟

We're #hiring a Lab Production technician Come work with us at Nemo Nanomaterials! Nemo Nanomaterials provides solutions that enhance the performance and improve the properties of industrial materials and products. Skills: • BSc or practical engineer in chemical, polymer, material engineering (or similar field) • Excellent English and Hebrew writing and reading skills • Former experience in a similar position • Technical skills • Attention to details *Physical strength required for core tasks To apply for this position and get more details contact us at hr@nemonano.com #Chemistry #Materials_science #Nemo_Nanomaterials

Electrostatic dissipative (ESD) plastics Preventing electrostatic electricity (static electricity) in plastic materials is crucial for several reasons, primarily related to safety, product quality, and operational efficiency in various industries. ESD can pose significant safety risks, especially in environments where flammable materials or sensitive electronic components are present. A discharge could ignite flammable gases or dust, leading to fires or explosions. In industries such as chemical processing, electronics manufacturing, and healthcare, preventing static electricity is critical to avoid accidents and injuries. Static electricity can attract dust and particulates to plastic surfaces during manufacturing, assembly, or packaging processes. This attraction can affect the appearance, cleanliness, and functionality of the final products, especially in industries like semiconductor manufacturing, pharmaceuticals, and food processing, where contamination can compromise product quality and integrity. Static electricity can damage sensitive equipment and electronic components by causing uncontrolled discharges. In electronic assembly and semiconductor industries, ESD can lead to costly failures of microchips and other electronic devices. Proper static control measures protect expensive equipment and reduce maintenance and replacement costs. Nemo Nanomaterials has an effective solution for minimizing or eliminating ESD in plastics. Nemo has developed a series of NemoBLEND™ 90K masterbatches that are designed to achieve controlled electrical conductivity in thermoplastic polymers for extrusion, thermoforming and injection applications.

Dr. Ilana Haymov, our VP R&D, and Ms. Maayan Mizrahi Dagan, R&D engineer and project leader at Nemo Nanomaterials, took part in #IPPS 50 at Expo Tel Aviv last week and presented Nemo's unique technology and products. It was a great opportunity to meet colleagues as well as existing and potential customers. The event featured a series of fascinating lectures and a poster presentation session.  IPPS conference is a unique professional event. But not only professional...  This year the organizers and the participants expressed their deepest condolences to the families of the people who were brutally murdered on October 7th and the soldiers and civilians who were killed in the war since. A special memorial ceremony was dedicated to KAFRIT IL Industries workers who were murdered on October 7th. The ceremony began with a heartfelt tribute to the late Nadav Goldstein, honoring his professional achievements and unique contribution to the Israeli industry.  The event was a remarkable and inspiring occasion!

It's a pleasure and an honor for us to take part in the 50th Conference of the Israeli Polymers and Plastics Society (IPPS 50) that will take place on July 2, 2024, at EXPO Tel Aviv.  We will present Nemo's unique technology that provides EMI shielding and electrical conductivity embedded in thermoplastic materials.  Come to meet us at IPPS 50! If you'd like to schedule a meeting please send an e-mail message to info@nemonano.com. See you soon!

Excited to announce our inclusion in the 2024 Energy Tech Landscape Map by Startup Nation Central. Explore detailed insights and connect with industry leaders. #EnergyTech #Innovation. Link to the map in the comments.

Elevate your materials with NemoBLEND™ exceptional properties! These #nano-based #innovative #masterbatches not only give plastic the properties of metal, but also reduce the use of carbon black, reduce weight, promote #recyclability, and lower the #carbonfootprint. Additionally, NemoBLEND™ allows for the combination of #additives like flame retardants, color pigments, etc. enabling greater versatility in material design. The numerous applications include #automotive, #construction, #electronics, #packaging, and more. It's time to make a positive environmental impact with NemoBLEND™. Interested in knowing more?

NemoBLEND™ - electrical conductivity and EMI shielding in plastics. SWCNT Blend Masterbatch System NemoBLEND™ masterbatches are designed to achieve controlled electrical conductivity in thermoplastic polymers. They are based on well-dispersed single-wall carbon nanotubes (SWCNT) blended in a polymer carrier. A conductive polymer containing carbon nanotubes (CNT) and exhibiting attenuation properties could be utilized in various applications, particularly in electronics and telecommunications. Carbon nanotubes are known for their excellent electrical conductivity and mechanical strength, making them valuable additives in polymer matrices to enhance their conductive properties. The addition of CNTs to polymers can result in materials with tunable electrical conductivity, allowing for the creation of conductive paths within the polymer matrix. This conductivity can be exploited for applications such as flexible electronics, electromagnetic interference (EMI) shielding, and electrostatic discharge (ESD) protection. Moreover, the attenuation properties of such material could make it suitable for applications where electromagnetic waves need to be absorbed or blocked. This could include electromagnetic shielding in electronic devices or telecommunications equipment, where the material's ability to absorb or reflect electromagnetic radiation is crucial for preventing interference and ensuring proper functioning of sensitive electronic components.