Products in Parts & Components: Cathode Material

NANOMYTE® BE-60E (LFP) is a Lithium Iron Phosphate (LFP) electrode sheet

NANOMYTE® SP-10C (LATP-coated LMNO) is a LATP-coated Lithium Manganese Nickle Oxide powder

NANOMYTE® BE-56E (NMC811) is a Lithium Nickel Manganese Cobalt Oxide (NMC811) electrode sheets

NANOMYTE® BE-300E (Activated Carbon) is a Activated Carbon electrode sheet

NANOMYTE® BE-20E (LCO) is a Lithium Cobalt Oxide (LCO) electrode sheet

NANOMYTE® BE-52E (NMC532) is a Lithium Nickel Manganese Cobalt Oxide (NMC532) electrode sheets

NANOMYTE® BE-30E (LMO) is a Lithium Manganese Oxide (LMO) electrode sheet

NANOMYTE® BE-35 (LMO) is a Lithium Manganese Oxide (LMO) powder

Lithium iron phosphate (LiFePO4), also known as LFP, is a cathode material used in lithium ion (Li-ion) batteries.

NANOMYTE® BE-50E (NMC111) is a Lithium Nickel Manganese Cobalt Oxide (NMC111) electrode sheets

NANOMYTE® BE-54E (NMC622) is a Lithium Nickel Manganese Cobalt Oxide (NMC622) electrode sheets

NANOMYTE® BE-45E (NCA) is a Lithium Nickel Cobalt Aluminum Oxide (NCA) electrode sheet

NANOMYTE® BE-35E (LMO) is a Lithium Manganese Oxide (LMO) electrode sheet

NANOMYTE® SP-10CE (LATP-coated LMNO) is a LATP-coated Lithium Manganese Nickle Oxide (LMNO) electrode sheet

NANOMYTE® SP-10E (LMNO) is a Lithium Manganese Nickle Oxide (LMNO) electrode sheet

NANOMYTE® SP-10 (LMNO) is a Lithium Manganese Nickle Oxide powder

NANOMYTE® BE-30 (LMO) is a Lithium Manganese Oxide (LMO) powder

NANOMYTE® BE-45 (NCA) is a Lithium Nickel Cobalt Aluminum Oxide (NCA) powder

NANOMYTE® BE-70E (Sublimed Sulfur) is a Sublimed Sulfur electrode sheet

CGM-1 is a grade of graphite obtained by isostatic pressing. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

Ascend Elements Lithium carbonate is a high-quality intermediate commodity metal that is 100% sourced from recycled lithium-ion batteries. They are used for producing battery materials or for use in other applications.

N2-FCA1 Electrolyte Additive is performance enhancement. Li-ion battery cathode additive.

Nichia Lithium nickel manganese cobalt oxide (NMC, LiNixCoyMnzO₂) are cathode materials. Ternary cathode materials (NMC) have an advantage of reducing the use of Cobalt and achieving both excellent output and excellent safety, making them the optimum materials for large-size batteries (i.e. in-vehicle use).

GM-11 is a grade of graphite obtained by isostatic pressing. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

Nexceris Lanthanum Strontium Cobalt Ferrite Cathode Powder is one of the two primary cathode materials used by SOFC developers and manufacturers (LSM being the other). LSCF offers good performance at operating temperatures of 750°C and lower, which makes it a quality option for use with anode-supported SOFCs. Our LSCF powder is prepared with a slight A-site deficiency to improve its stability. LSCF can be used with zirconia (YSZ and ScSZ) ceria (GDC and SDC) and lanthanum gallate-based electrolytes.

GR030 is a grade of graphite obtained by extrusion. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

GR060 is a grade of graphite obtained by extrusion. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

MC-01 is a grade of graphite obtained by compression molding. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

GR060PI is a grade of graphite obtained by extrusion. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

GR030PI is a grade of graphite obtained by extrusion. There are two types of graphite used in the industry: natural graphite and synthetic graphite. Natural graphite is a naturally occurring element and it is used mainly as a lubricant, carbon additive and pencil lead. Synthetic graphite is a petroleum based composite material used in a variety of applications requiring superior to natural graphite properties. Synthetic graphite is also called artificial graphite, and is classified by a method of manufacturing and/or by production stage. There are four methods of manufacturing synthetic graphite: extrusion, vibration molding, compression molding and isostatic molding. There are also four production stages: baking, graphitization, purification and impregnation. The combination of methods of manufacturing and production stages determines the future properties of graphite. Manufacturing graphite is a lengthy and expensive process.

Nichia Lithium iron phosphate (LiFePO₄) are cathode materials. High output characteristics and packing density are achieved while maintaining the high safety and long life characteristic of the olivine-based cathode material. As a rare metal-free material such as Cobalt, it is expected to be used in a wide range of applications.