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DiTech Reinforcement
Functions:
Reinforcement
Reinforcement Material:
Acrylic
Reinforcement Form:
Nanofibers, Mat
Processing Methods:
Electrospinning
DiTech Reinforcement is an ultrafine mat of polyacrylonitrile produced by electrospinning. This product is a free standing flexible sheet with microstructural features not available from a bulk material. The fine scale of fiber diameters produces a membrane material with an inherently high surface area to volume ratio. The interconnected irregular shape pores within the fibers largely increases the pore volume (porosity) and accessible surface area.
OrelTech
OTech Fabric
Applications:
Technical Fabrics, Textile Manufacturing, Batteries
Product Families:
Inkjet Inks, Inks & Pastes
Chemical Family:
Silver & Silver Compounds
OTech Fabric silver particle-free conductive ink is optimized for printing on various textiles. The ink stays on the surface and does not penetrate the textile. Perfect for application in wearables and innovations with e-textiles. OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.
OrelTech
OTech Aero
Applications:
Batteries, Coated Paper & Paperboard, Appliances & Electronics
Product Families:
Functional Inks & Pastes, Inks & Pastes
Chemical Family:
Silver & Silver Compounds
OTech Aero is a particle-free silver conductive ink developed specially for aerosol spray coating. It enables coating of complex 3D objects and non-flat surfaces.OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.
NEI Corporation
NANOMYTE® BE-150E (Silicon-Graphite)
Chemical Name:
Graphite
CAS Number:
7782-42-5
Functions:
Anode Material
Chemical Family:
Silicon-based Compounds
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-150E (Silicon-Graphite) is a Silicon-Graphite composite electrode sheet
NEI Corporation
NANOMYTE® BE-300E (Activated Carbon)
Functions:
Cathode Material
Chemical Family:
Active Carbon
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-300E (Activated Carbon) is a Activated Carbon electrode sheet
NEI Corporation
NANOMYTE® BE-10 (LTO)
Chemical Name:
Lithium Titanate
CAS Number:
12031-95-7
Functions:
Anode Material
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-10 (LTO) is a Lithium Titanate (LTO) powder
NEI Corporation
NANOMYTE® BE-200E (Graphite)
Chemical Name:
Graphite
CAS Number:
7782-42-5
Functions:
Anode Material
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-200E (Graphite) is a Graphite electrode sheet
FIBERTEC INC.
MICROGLASS 6608
Applications:
Technical Fabrics, Shingles & Tiles, Glazing & Window Elements
Product Families:
Glass Fiber, Reinforcements
Chemical Family:
Glass Beads & Fibers
End Uses:
Tanks
Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.
NanoXplore
GrapheneBlack™ 0X
Functions:
Light Stabilizer, Conductive Agent, Stabilizer, Reinforcement, Processing Aid
Chemical Family:
Graphene & Graphites
Features:
Good UV Protection, Cost Effective, UV Resistance, Longer Performance Life, Highly Versatile, Good Electrical Properties, Oxidation Resistant, Electrically Conductive, Corrosion Resistance, Good Thermal Stability, Good Mechanical Properties, Good Barrier Properties
GrapheneBlack™ 0X is NanoXplore's slightly smaller pristine few-layer-graphene designed for multi-functional performance improvements in a wide range of markets and technologies. GrapheneBlack can be used in thermoplastics, thermosets, concrete, coatings, lubricants, and rubbers and enables manufacturers to cost-effectively improve long term product performance.
NanoXplore
GrapheneBlack™ 3X
Functions:
Light Stabilizer, Conductive Agent, Stabilizer, Reinforcement, Processing Aid
Chemical Family:
Graphene & Graphites
Features:
Good UV Protection, Cost Effective, UV Resistance, Longer Performance Life, Good Electrical Properties, Oxidation Resistant, Electrically Conductive, Corrosion Resistance, Good Thermal Stability, Good Mechanical Properties, Good Barrier Properties
GrapheneBlack™ 3X is NanoXplore's slightly larger pristine few-layer-graphene designed for multi-functional performance improvements in a wide range of markets and technologies. GrapheneBlack can be used in thermoplastics, thermosets, concrete, coatings, lubricants, and rubbers and enables manufacturers to cost-effectively improve long term product performance.
NEI Corporation
NEI Corporation Electrospun PAN
Functions:
Reinforcement
Reinforcement Material:
Acrylic
Reinforcement Form:
Mat, Nanofibers
Processing Methods:
Electrospinning
Electrospun PAN is an ultrafine mat of polyacrylonitrile produced by electrospinning. This product is a free standing flexible sheet with microstructural features not available from a bulk material. The fine scale of fiber diameters produces a membrane material with an inherently high surface area to volume ratio. The interconnected irregular shape pores within the fibers largely increases the pore volume (porosity) and accessible surface area.
NEI Corporation
NEI Corporation Electrospun PVA
Functions:
Reinforcement
Reinforcement Material:
Poly Vinyl Alcohol (PVA)
Reinforcement Form:
Nanofibers, Mat
Processing Methods:
Electrospinning
Electrospun PVA is an ultrafine mat of polyvinyl alcohol produced by electrospinning. This product is a free standing flexible sheet with microstructural features not available from a bulk material. The fine scale of fiber diameters produces a membrane material with an inherently high surface area to volume ratio. The interconnected irregular shape pores within the fibers largely increases the pore volume (porosity) and accessible surface area.
NEI Corporation
NANOMYTE® BE-10CE (LTO)
Functions:
Anode Material
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-10CE (LTO) is a Carbon-coated Lithium Titanate (LTO) electrode sheet
FIBERTEC INC.
MICA 20E
Applications:
Shingles & Tiles, Other Building Envelope & Roofing Applications, Glazing & Window Elements
Product Families:
Natural Materials, Reinforcements
Chemical Family:
Aluminum Compounds
End Uses:
Tanks
Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.
NEI Corporation
NEI Corporation Sodium Metatitanate (Na₂Ti₃O₇) Powder
Chemical Name:
Sodium Metatitanate
CAS Number:
12034-36-5
Chemical Family:
Sodium Salts
Functions:
Anode Material
End Uses:
Lithium-Ion Batteries, Sodium-Ion
Synonyms:
Disodium Trititanium Heptaoxide
NEI Corporation
NEI Corporation Sodium Titanium Oxide (Na₄Ti₅O₁₂) Powder
Chemical Name:
Sodium Titanium Oxide
CAS Number:
12034-34-3
Functions:
Anode Material
Chemical Family:
Oxides
End Uses:
Lithium-Ion Batteries, Sodium-Ion
FIBERTEC INC.
MICROGLASS 7216
Applications:
Shingles & Tiles, Other Building Envelope & Roofing Applications, Glazing & Window Elements
Product Families:
Glass Fiber, Reinforcements
Chemical Family:
Glass Beads & Fibers
End Uses:
Tanks
Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.
OrelTech
OTech Aurum
Applications:
Technical Fabrics, Textile Manufacturing, Batteries
Product Families:
Inkjet Inks, Inks & Pastes
OTech Aurum is the world's first gold particle-free conductive ink. It is a unique new product on the market which will bring you a significant cost reduction to the production of gold electrodes and coatings. It is perfect solution for medical devices, wearables and aerospace applications. OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.
NEI Corporation
NANOMYTE® BE-10C (Carbon-coated LTO)
Chemical Name:
Lithium Titanate
CAS Number:
12031-95-7
Functions:
Anode Material
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-10C is a Carbon-coated Lithium Titanate (LTO) powder
FIBERTEC INC.
MICROGLASS 9114
Applications:
Technical Fabrics, Shingles & Tiles, Glazing & Window Elements
Product Families:
Glass Fiber, Reinforcements
Chemical Family:
Glass Beads & Fibers
End Uses:
Tanks
Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.
FIBERTEC INC.
MICROGLASS 6616
Applications:
Technical Fabrics, Shingles & Tiles, Glazing & Window Elements
Product Families:
Glass Fiber, Reinforcements
Chemical Family:
Glass Beads & Fibers
End Uses:
Tanks
Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.
OrelTech
OTech Platinum TF721
Applications:
Batteries, Other Coatings & Finishes, Implants & Prosthetics
Product Families:
Inkjet Inks, Inks & Pastes
Chemical Family:
Platinum Compounds
End Uses:
Electrodes
OTech Platinum TF721 is the world’s first platinum particle-free conductive ink that allows metallization into a full-coverage smooth platinum layer. This form of platinum can find an application as a coating for medical components or even decorative (plated) purposes. OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.
FIBERTEC INC.
MICA 20S
Applications:
Shingles & Tiles, Other Building Envelope & Roofing Applications, Glazing & Window Elements
Product Families:
Natural Materials, Reinforcements
Chemical Family:
Aluminum Compounds
End Uses:
Tanks
Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.
OrelTech
OTech Platinum LA731
Applications:
Batteries, Inkjet Printing, Medical Devices & Assemblies
Product Families:
Inkjet Inks, Inks & Pastes
Chemical Family:
Platinum Compounds
End Uses:
Electrodes
OTech Platinum LA731 is the world’s first platinum particle-free conductive ink that metallizes into high surface area platinum catalytic structures. This form of platinum structure has an application in fuel cells and batteries. OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.
OrelTech
OTech Platinum OP711
Applications:
Batteries, Inkjet Printing, Medical Devices & Assemblies
Product Families:
Inkjet Inks, Inks & Pastes
Chemical Family:
Platinum Compounds
End Uses:
Electrodes
OTech Platinum OP711 is the world’s first platinum particle-free conductive ink that metallizes into nanosized platinum catalytic centers. This form of platinum is typically used in fuel cells, medical components, or DSSC solar cells. OrelTech’s unique process allows the deposition of highly conductive thin metallic films. The thin layers undergo short development using cold plasma treatment resulting in a fine metal structure. OrelTech’s technology enables the deposition of the ink with many different methods and on various substrates, from plastics to fabrics. OTech inks do not contain nanoparticles, and as such enable the material economy of precious metals while being significantly more environmentally friendly than the existing alternatives on the market.
J. RETTENMAIER & SÖHNE GmbH + Co KG
VIVAPUR® Alginate FD 170
Functions:
Gelling Agent, Rheology Modifier, Thickener
Labeling Claims:
Natural, Naturally Derived, Bio-based, Sustainable, Kosher, Halal
Physical Form:
Solid, Powder
Features:
Improved Flexibility, Anti-Sticking, Good Gelling Properties, Improved Rheology, High Viscosity, Good Film Former
VIVAPUR® Alginate FD 170 is a sodium alginate in form of a creamy-white powder. With the addition of higher valent ions (e.g. Ca2+) it can be used to form gels or biobased and transparent films, which provide oil and oxygen barrier properties. VIVAPUR® Alginate FD 170 is an EU approved food additive which complies with the specifications according to Reg. (EU) No. 231/2012 and Food Chemical Codex.
NEI Corporation
NEI Corporation Electrospun PVDF-HFP
Functions:
Reinforcement
Reinforcement Material:
PVDF-HFP
Reinforcement Form:
Mat, Nanofibers
Processing Methods:
Electrospinning
Electrospun PVDF-HFP is an ultrafine mat of poly(vinylidene fluoride-co-hexafluoropropylene) produced by electrospinning. This product is a free standing flexible sheet with microstructural features not available from a bulk material. The fine scale of fiber diameters produces a membrane material with an inherently high surface area to volume ratio. The interconnected irregular shape pores within the fibers largely increases the pore volume (porosity) and accessible surface area.
NEI Corporation
NANOMYTE® BE-400E
Functions:
Anode Material
Chemical Family:
Oxides
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-400E is a Niobium Oxide electrode sheet
FIBERTEC INC.
MICA 20U
Applications:
Shingles & Tiles, Other Building Envelope & Roofing Applications, Glazing & Window Elements
Product Families:
Natural Materials, Reinforcements
Chemical Family:
Aluminum Compounds
End Uses:
Tanks
Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.
NEI Corporation
NANOMYTE® BE-10E (LTO)
Chemical Name:
Lithium Titanate
CAS Number:
12031-95-7
Functions:
Anode Material
End Uses:
Lithium-Ion, Lithium-Ion Batteries
NANOMYTE® BE-10E (LTO) is a Lithium Titanate electrode sheet
3B Fibreglass
3B Fibreglass MF 01 ER
Applications:
Shingles & Tiles, Glazing & Window Elements, Parking Structures & Stadiums
Product Families:
Glass Fiber, Reinforcements
End Uses:
Pipes, Tanks
3B Fiberglass MF 01 ER are E-CR glass filaments ground to a specified density. MF 01 ER is designed to reinforce products like thermoplastics, thermoset resins, glues, coatings, and adhesives within a large range of applications and markets.MF 01 ER represents a main improvement compared to minerals when aiming for a higher stiffness and/or better impact properties in combination with specific properties, such as flow enhancement, flame retardancy, uniform isotropic shrinkage, resistance to acid environment, coating stability, etc. MF 01 ER can be collocated in between mineral fillers and most com-monly available milled fibers as it dis-plays an intermediate length/diameter aspect ratio. The product comes in a powdery form that provides both improved flowability/handling and low density.
Polynt Group
Polynt Group CBC-7200MR
Functions:
Molding Compound
Polynt Group CBC-7200MR is generally used in electronic and electrical applications.
Polynt Group
Polynt Group CBC-7700-7013GY
Functions:
Molding Compound
Polynt Group CBC-7700-7013GY is generally used in electronic and electrical applications.
Georg H. Luh
GraphTHERM®
Functions:
Conductive Agent
End Uses:
Batteries
Labeling Claims:
Environmentally Friendly
GraphTHERM® graphite-based conductivity additives, you get a consistent combination of electrical conductivity and thermal conductivity. The conductivities in the end product are more or less highly defined depending on the graphite grade and degree of filling.
Polynt Group
Polynt Group BMC 580
Functions:
Molding Compound
End Uses:
Tanks, Pipes
Polynt Group BMC 580 is a bulk molding compound based on an unsaturated polyester resin reinforced with natural fibers. This BMC has been developed for industrial application BMC 580 is formulated according to RoHS, REAC regulation SVHC and WEEE European legislation.
Polynt Group
Polynt Group VUP-5000GY-30R
Functions:
Molding Compound
Polynt Group VUP-5000GY-30R is generally used in electronic and electrical applications.
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