NEI Corporation
Ste E.
Somerset, NJ 08873
NANOMYTE® Protective Coatings are resistant to scratch and corrosion.
NEI’s NANOMYTE® Protective Coating Line includes MEND Self-Healing (MEND 1000-, 2000- and 3000-UVP), Top Coats (TC 4001- and 5001-UVP), Easy-to-clean (SR-500EC-UVP) and Anti-ice Coatings (SuperAi-UVP). SR-500EC-UVP and SuperAi-UVP coatings offer a static contact angle of 100 – 105°. This anti-ice coating provides ice adhesion value of less than 1 psi after more than 1,000 hrs of exposure....
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NANOMYTE-® Protective Coatings are resistant to scratch and corrosion.
NEI’s NANOMYTE® Protective Coating Line includes MEND Self-Healing (MEND 1000-, 2000- and 3000-UVP), Top Coats (TC 4001- and 5001-UVP), Easy-to-clean (SR-500EC-UVP) and Anti-ice Coatings (SuperAi-UVP). SR-500EC-UVP and SuperAi-UVP coatings offer a static contact angle of 100 – 105°. This anti-ice coating provides ice adhesion value of less than 1 psi after more than 1,000 hrs of exposure....
Read More »Optical Grade Anti-Fog Coating is formulated for durability.
Formulated with NANOMYTE-® SR-100 scratch-resistant transparent coating base coating modified with amphiphilic compounds locked into coating matrix, NANOMYTE® SAF-100 passes EN 168 for Mist Retardant Anti-fog Coatings and also exhibits anti-frost properties. Anti-fog properties are retained after repeated washing with soap and water, and HB pencil hardness speaks to mechanical...
Read More »Optical Grade Anti-Fog Coating is formulated for durability.
Formulated with NANOMYTEÃ-® SR-100 scratch-resistant transparent coating base coating modified with amphiphilic compounds locked into coating matrix, NANOMYTEî SAF-100 passes EN 168 for Mist Retardant Anti-fog Coatings and also exhibits anti-frost properties. Anti-fog properties are retained after repeated washing with soap and water, and HB pencil hardnessàspeaks...
Read More »NEI Corporation Extends Its Advanced Materials Capabilities to Develop Fuel Cell Membranes
Somerset, New Jersey –- NEI Corporation announced today that it has started developing polymer electrolyte membranes PEMs) for fuel cells that avoid the use of perfluorosulfonic acid (PFSA) ionomers. PFSA materials, used in state-of-the-art PEM fuel cells, suffer from low proton conductivity at high operating temperatures, water management issues and carbon monoxide poisoning of the...
Read More »NEI Corporation Extends Its Advanced Materials Capabilities to Develop Fuel Cell Membranes
Somerset, New Jersey –Ã- NEI Corporation announced today that it has started developing polymer electrolyte membranes PEMs) for fuel cells that avoid the use of perfluorosulfonic acid (PFSA) ionomers. PFSA materials, used in state-of-the-art PEM fuel cells, suffer from low proton conductivity at high operating temperatures, water management issues andÃÂ carbon monoxide poisoning of the...
Read More »
Liquid Hydrophobic/Oleophobic Coating is transparent and durable.
Developed for promoting dropwise condensation in condensers to enhance heat transfer efficiency, NANOMYTE-® SuperCN repels water and oils and is optimized for adhesion to various substrates. Thickness of 2–5 microns creates mechanically stable coating that cannot be easily removed by abrasion or harsh cleaners and chemicals. Liquid coating solution, composed of sustainable functionalized...
Read More »
Liquid Hydrophobic/Oleophobic Coating is transparent and durable.
Developed for promoting dropwise condensation in condensers to enhance heat transfer efficiency, NANOMYTE-® SuperCN repels water and oils and is optimized for adhesion to various substrates. Thickness of 2–5 microns creates mechanically stable coating that cannot be easily removed by abrasion or harsh cleaners and chemicals. Liquid coating solution, composed of sustainable functionalized...
Read More »NEI Corporation Adds New Self-Healing Top Coats to NANOMYTE® MEND(TM) Product Line and Broadens Patent Portfolio to Include Self-Healing Pretreatment
Somerset, New Jersey (USA) – NEI Corporation announced today that it has expanded its NANOMYTE-® MEND™ line of top coats where a physical self-healing phenomenon leads to gap closing and crack sealing. MEND is a technology platform of self-healing coatings applicable to a broad range of substrates such as metal, wood, and polymers – including those that require maintaining a clear...
Read More »NEI Corporation Adds New Self-Healing Top Coats to NANOMYTE-® MEND(TM) Product Line and Broadens Patent Portfolio to Include Self-Healing Pretreatment
Somerset, New Jersey (USA) – NEI Corporation announced today that it has expanded its NANOMYTEÃ-® MEND™ line of top coats where a physical self-healing phenomenon leads to gap closing and crack sealing. MEND isÃÂ a technology platform of self-healing coatings applicable to a broad range of substrates such as metal, wood, and polymers – including those that require maintaining a...
Read More »
NANOMYTE® Protective Coatings are resistant to scratch and corrosion.
NEI’s NANOMYTE® Protective Coating Line includes MEND Self-Healing (MEND 1000-, 2000- and 3000-UVP), Top Coats (TC 4001- and 5001-UVP), Easy-to-clean (SR-500EC-UVP) and Anti-ice Coatings (SuperAi-UVP). SR-500EC-UVP and SuperAi-UVP coatings offer a static contact angle of 100 – 105°. This anti-ice coating provides ice adhesion value of less than 1 psi after more than 1,000 hrs of exposure....
Read More »
NANOMYTE-® Protective Coatings are resistant to scratch and corrosion.
NEI’s NANOMYTE® Protective Coating Line includes MEND Self-Healing (MEND 1000-, 2000- and 3000-UVP), Top Coats (TC 4001- and 5001-UVP), Easy-to-clean (SR-500EC-UVP) and Anti-ice Coatings (SuperAi-UVP). SR-500EC-UVP and SuperAi-UVP coatings offer a static contact angle of 100 – 105°. This anti-ice coating provides ice adhesion value of less than 1 psi after more than 1,000 hrs of exposure....
Read More »Optical Grade Anti-Fog Coating is formulated for durability.
Formulated with NANOMYTE-® SR-100 scratch-resistant transparent coating base coating modified with amphiphilic compounds locked into coating matrix, NANOMYTE® SAF-100 passes EN 168 for Mist Retardant Anti-fog Coatings and also exhibits anti-frost properties. Anti-fog properties are retained after repeated washing with soap and water, and HB pencil hardness speaks to mechanical...
Read More »Optical Grade Anti-Fog Coating is formulated for durability.
Formulated with NANOMYTEÃ-® SR-100 scratch-resistant transparent coating base coating modified with amphiphilic compounds locked into coating matrix, NANOMYTEî SAF-100 passes EN 168 for Mist Retardant Anti-fog Coatings and also exhibits anti-frost properties. Anti-fog properties are retained after repeated washing with soap and water, and HB pencil hardnessàspeaks...
Read More »NEI Corporation Extends Its Advanced Materials Capabilities to Develop Fuel Cell Membranes
Somerset, New Jersey –- NEI Corporation announced today that it has started developing polymer electrolyte membranes PEMs) for fuel cells that avoid the use of perfluorosulfonic acid (PFSA) ionomers. PFSA materials, used in state-of-the-art PEM fuel cells, suffer from low proton conductivity at high operating temperatures, water management issues and carbon monoxide poisoning of the...
Read More »NEI Corporation Extends Its Advanced Materials Capabilities to Develop Fuel Cell Membranes
Somerset, New Jersey –Ã- NEI Corporation announced today that it has started developing polymer electrolyte membranes PEMs) for fuel cells that avoid the use of perfluorosulfonic acid (PFSA) ionomers. PFSA materials, used in state-of-the-art PEM fuel cells, suffer from low proton conductivity at high operating temperatures, water management issues andÃÂ carbon monoxide poisoning of the...
Read More »
Liquid Hydrophobic/Oleophobic Coating is transparent and durable.
Developed for promoting dropwise condensation in condensers to enhance heat transfer efficiency, NANOMYTE-® SuperCN repels water and oils and is optimized for adhesion to various substrates. Thickness of 2–5 microns creates mechanically stable coating that cannot be easily removed by abrasion or harsh cleaners and chemicals. Liquid coating solution, composed of sustainable functionalized...
Read More »
Liquid Hydrophobic/Oleophobic Coating is transparent and durable.
Developed for promoting dropwise condensation in condensers to enhance heat transfer efficiency, NANOMYTE-® SuperCN repels water and oils and is optimized for adhesion to various substrates. Thickness of 2–5 microns creates mechanically stable coating that cannot be easily removed by abrasion or harsh cleaners and chemicals. Liquid coating solution, composed of sustainable functionalized...
Read More »NEI Corporation Adds New Self-Healing Top Coats to NANOMYTE® MEND(TM) Product Line and Broadens Patent Portfolio to Include Self-Healing Pretreatment
Somerset, New Jersey (USA) – NEI Corporation announced today that it has expanded its NANOMYTE-® MEND™ line of top coats where a physical self-healing phenomenon leads to gap closing and crack sealing. MEND is a technology platform of self-healing coatings applicable to a broad range of substrates such as metal, wood, and polymers – including those that require maintaining a clear...
Read More »NEI Corporation Adds New Self-Healing Top Coats to NANOMYTE-® MEND(TM) Product Line and Broadens Patent Portfolio to Include Self-Healing Pretreatment
Somerset, New Jersey (USA) – NEI Corporation announced today that it has expanded its NANOMYTEÃ-® MEND™ line of top coats where a physical self-healing phenomenon leads to gap closing and crack sealing. MEND isÃÂ a technology platform of self-healing coatings applicable to a broad range of substrates such as metal, wood, and polymers – including those that require maintaining a...
Read More »