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Synthesis of a precursor for a cathode material in the laboratory

The synthesis conditions for cathode materials significantly influence the properties of the end product, such as the range and fast charging capability of a battery. To meet the customers’ requirements, BASF researchers develop individual strategies for the synthesis and post-treatment of the materials.

They have several approaches: Changes in the chemical composition, morphology and synthesis parameters. Cathode materials for lithium-ion batteries usually consist of mixed metal oxides. In the first synthesis step, various metal salts are precipitated with sodium hydroxide and then calcined at more than 700°C. Depending on the required property profile, the cathode materials are additionally post-treated. BASF is a strong player in the battery materials market and runs pilot and production plants in all major regions.
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Clip Details for Synthesis of a precursor for a cathode material in the laboratory

Date: 07/09/18
Title: Synthesis of a precursor for a cathode material in the laboratory
Duration: 00:02:48
Clip Type: Footage

Originator: BASF SE
Publisher: BASF SE
Copyright: BASF SE 2018
Format: 16:9 HD
Track 1: Atmo
Track 2: Atmo

Taping Date: 05/07/18

Auxiliary Material

Name TypeSizeCreated on
Time code list pdf919.16 KB07/12/18 - 02:12 PM
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