- HOME PAGE
-
About us
- Outlines
- Message from the President
- Corporate Philosophy
- Corporate Culture
- Technical Expertise
- History
- Worldwide Locations
- UN Global Compact
- Basis for Management
- Integrated Management System
- Environmental Policies
- Actions for RoHS Directive, REACH Regulation and GHS Regulations
- Material Procurement
- Promotion of Diversity
- Social Activities
- Products
- Application
- Technical document
- News and events
- Contact
BATTERY
Lithium battery usage has spread due to increased demand of portable electronic devices and computers. In the future, the market could further expand with the increased demand in power generation system storage batteries, including electric car batteries and renewable energy from solar batteries and wind power generation. HORIBA is contributing to the further improvement of lithium battery energy and power density, increased safety, and life span enhancement with complete solutions.
Causes of Deterioration |
HORIBA Scientific Analyzers |
|---|---|
|
|
|
|
|
|
|
|
|
|
|
|
|
Main application
- Electrode/electrolyte materials
- In-situ monitoring of charging and discharging reaction
- Research on electrode doping
Appearance of LiO2 (red) in lithium cell after many charges and discharges
Main application
- Layer thickness, optic constants
- Analysis of the effect of the process to the layer
- Gradient, interface layer
- Mapping of inhomogeneous layers
- In-situ monitoring
Optical constants of LiPON
Main application
- Electrode composition of Li batteries
- Concentration change of elements after charging and discharging
- Monitoring the lifetime of batteries
Composition depth profile of lithium battery anode after discharging
Main application
- Particle size distribution of positive electrode material
- Particle size distribution of negative electrode material
Evaluation of the effect on particle size distribution with different size ball-milling
Main application
- Carbon analysis in the electrode Foreign materials in separator material
Lithium ion rechargeable batteries are one of the most popular types of rechargeable battery for portable electronics, like mobile phones and laptop
computers.Carbon affects the lifetime of electrodes, so its concentration should be measured during the manufacturing process to confirm that it's kept low.
Main application
- Foreign materials in separator
Optical image, elements image and spectrum of separator of Li-ion battery
- HORIBA Technical Reports "Readout" No.55 is published
- HORIBA Scientific Videos On Demand
- Webinar on: Effective Career Development through Successful Mentor and Network Relationships
- Shimadzu and HORIBA Release LC-Raman System
- Webinar: Raman Spectroscopy, SERS and TERS Exploration of MXenes
- Download our FREE e-books on Microplastics
- Register for our presentation at the virtual Denver X-ray show on Glass Analysis by Micro-XRF
- Virtual conferenc "Raman Tips & Tricks For Microplastics Characterization"
- NV magnetometry – A White Paper by Qnami
- Webinar on "Raman and PL at the Nanoscale: Why it really matters for 2D Materials"
PT. HORIBA Indonesia
Ruko Jalur Sutera Jl. Jalur Sutera Blok 20 A No. 16-17 Tangerang, Banten 15144, Indonesia
Tel: +62 (21) 30448525
Fax: +62 (21) 30448521
Email: info-sci.id@horiba.com
