Vinylene carbonate
CAS 872-36-6
Vinylene carbonate丨CAS 872-36-6is a critical additive in modern battery technology, especially for lithium-ion batteries, where it significantly enhances performance, stability, and longevity.…
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Electrochemicals
Battery
Battery
Materials
Critical materials for lithium-ion and next-generation battery systems — supporting the global transition to clean energy storage.
60+
BATTERY CHEMICALS
Li-Ion / Na-Ion
TECHNOLOGIES
Battery Grade
SPECIFICATION
25+
EV/BESS CLIENTS
Applications
Featured applications
Our battery materials are used across a wide range of industries and applications. Below are the most common use cases where our products deliver consistent, documented performance.
- Electric Vehicle Batteries
- Energy Storage Systems
- Consumer Electronics
- Power Tools
- Grid-Scale Storage
Our Portfolio
Product categories
Browse our battery materials portfolio organized by product family. Each category includes detailed specifications, safety data and downloadable documentation.
Electrolyte Salts (LiPF6 etc.)
Browse our electrolyte salts (lipf6 etc.) product range with full specifications and documentation.
View products →Solvents (Carbonate Esters)
Browse our solvents (carbonate esters) product range with full specifications and documentation.
View products →Additives (VC, FEC, PS)
Browse our additives (vc, fec, ps) product range with full specifications and documentation.
View products →Cathode Precursors
Browse our cathode precursors product range with full specifications and documentation.
View products →Anode Materials
Browse our anode materials product range with full specifications and documentation.
View products →Solid Electrolytes
Browse our solid electrolytes product range with full specifications and documentation.
View products →
Top Performer
Featured products
Our most popular battery materials — selected for high demand, reliable supply chain and comprehensive documentation.
Ethyl methyl carbonate
CAS 623-53-0
In summary, ethyl methyl carbonate is a versatile compound with applications in battery electrolytes, organic synthesis, and industrial solvent formulations. Its benefits-including…
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Potassium hexafluorophosphate
CAS 17084-13-8
Potassium hexafluorophosphate丨CAS 17084-13-8 is an inorganic salt comprising a potassium cation (K⁺) and a hexafluorophosphate anion (PF₆⁻). It is a stable, non-coordinating…
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Safety & Quality
Safety, handling & quality assurance
Every batch of Battery Materials we supply undergoes rigorous quality control and comes with complete safety documentation. We are committed to protecting the people who handle our products and the environments in which they are used.
- ✓Moisture-Controlled (<20ppm H2O)
- ✓HF-Free Options Available
- ✓Thermal Stability Tested
- ✓DSC/TGA Data Provided
- ✓SDS in Multiple Languages
Safety data sheets, handling guidelines and emergency response information are available for every product.
Resources
Download your documents
Access technical datasheets, safety documentation and regulatory filings for our battery materials range.
Technical Datasheets
Detailed specifications, physical properties and application guidelines.
Safety Data Sheets
SDS in multiple languages with handling, storage and emergency information.
Certificates of Analysis
Lot-specific COA with purity, impurities and test methods.
Regulatory Documents
REACH registration, TSCA status and regional compliance dossiers.
FAQ
Frequently asked questions
Which battery materials do you supply?
Cathode and anode active materials and precursors, electrolyte salts such as LiPF6, and performance additives for lithium-ion cell manufacturing.
What moisture control is applied to battery-grade products?
Battery grades are dried and packed to moisture limits typically below 50-200 ppm, verified by Karl Fischer titration on each batch.
How are magnetic impurities controlled?
Magnetic foreign matter is controlled to the ppb range critical for cathode materials, with attrition-milled and magnetically filtered handling.
Can you provide particle size specifications?
Yes, D50 and full particle size distribution are specified and measured by laser diffraction, with tap and true density data available.
Do you supply coin-cell test data?
For cathode and electrolyte materials we can provide half-cell cycling and rate data from our partner labs to support incoming qualification.
What packaging is used?
Aluminum-composite bags or steel drums under argon for moisture-sensitive powders; sealed and palletized for export.
How are lithium products transported?
Class 9 dangerous goods packaging with UN-certified boxes and full DG documentation where applicable.
What is the minimum order quantity?
Kilogram samples for cell R&D; commercial quantities from 100 kg with framework agreements for production volumes.
What is the typical lead time?
In-stock materials 1-2 weeks; battery-grade campaigns 4-8 weeks depending on specification and volume.
Can you support custom doping or coating of active materials?
Yes, surface coating and elemental doping to customer specification is available through our partner plants.
Get in Touch
Contact Our Experts
Tell us about your battery materials requirements and our specialists will respond with options, documents and a quotation.