Lithium Triflate Cas 33454-82-9

Lithium Triflate (CAS 33454-82-9): Technical Guide & Industry Applications

Table of Contents

• 1. Product Specifications & Comparative Analysis
• 2. Industrial Applications & Functional Mechanisms
• 3. Operational Guidelines & Safety Protocols
• 4. Case Studies by Industry Sector
• 5. Verified Client Implementations
• 6. Technical Consultation & Procurement

1. Product Specifications & Comparative Analysis

2. Industrial Applications & Functional Mechanisms

Primary Functional Characteristics:

• Superior ionic mobility in non-aqueous systems
• Thermal stability up to 300°C
• Low hygroscopicity compared to LiPF₆

Industry-Specific Implementations:

• Li-ion Battery Electrolytes: Enhances cycle stability in high-voltage systems (>4.5V)
• Polymer Electrolytes: Enables solid-state battery configurations
• Organic Synthesis: Lewis acid catalyst for Friedel-Crafts alkylation

3. Operational Guidelines & Safety Protocols

Optimal Handling Conditions:

• Storage: Argon atmosphere, RH <5%
• Dissolution Rate: 50g/L in DME at 40°C
• Incompatible Materials: Strong oxidizing agents

4. Case Studies by Industry Sector

Case 1: High-Energy Density Battery Development

• Client: EV battery manufacturer
• Challenge: Electrolyte decomposition at 4.8V
• Solution: 0.8M LiTriflate in EC:DEC (3:7)
• Outcome: 92% capacity retention after 1000 cycles

5. Verified Client Implementations

Client A: Top-3 Global Battery Manufacturer

• Application: Solid polymer electrolytes
• Consumption: 2.5MT/month
• Performance: 15% energy density increase

Client B: Specialty Chemical Producer

• Application: Pharmaceutical intermediates
• Process Yield: Improved from 68% to 83%
• Purity Requirement: 99.995%

6. Technical Consultation & Procurement

Submit technical requirements for customized solutions:

• Email: info@vivalr.com
• Tel: (86) 15866781826

Request specification sheets: Include desired purity level, packaging requirements (ampoules/drums), and application details.