Product Introduction

2,2-Dimethyl-3,6,9-trioxa-2-siladecane (ANL-1NM2, CAS No. 62199-57-9) is a silicon-containing ether electrolyte solvent designed for advanced lithium-ion battery electrolyte systems.

This compound combines a trimethylsilyl group with a polyether-like chain structure, providing characteristics including low viscosity, good lithium salt compatibility, and improved electrochemical stability. As a functional electrolyte solvent, ANL-1NM2 has been investigated for use in lithium-ion batteries, high-voltage electrolyte systems, and next-generation energy storage devices.

Compared with conventional carbonate electrolytes, silicon-containing ether solvents such as ANL-1NM2 are studied for improving thermal stability, electrolyte safety, and lithium-ion transport properties.

Structural Characteristics

Silicon-Based Ether Structure

ANL-1NM2 contains a trimethylsilyl ether group, providing:

• Improved chemical stability
• Silicon-based functional properties
• Compatibility with lithium battery electrolyte systems

Polyether Chain

The ether oxygen-containing chain provides:

• Lithium-ion coordination capability
• Enhanced salt dissolution ability
• Improved ionic transport behavior

The ether segments can interact with lithium ions and support electrolyte conductivity.

Low-Viscosity Organic Solvent Characteristics

The molecular structure contributes to:

• Good fluidity
• Electrolyte formulation flexibility
• Improved ion mobility

Key Research Applications

1. Lithium-Ion Battery Electrolyte Solvent

ANL-1NM2 is primarily investigated as a functional electrolyte solvent for lithium-ion batteries.

Applications include:

• Lithium salt electrolyte preparation
• Lithium-ion conductivity studies
• Electrolyte formulation optimization
• Battery cycling performance evaluation
• High-voltage electrolyte research

It can be combined with lithium salts such as LiTFSI for non-aqueous electrolyte systems.

2. Advanced Electrolyte Systems

ANL-1NM2 is studied as an alternative solvent component for improving electrolyte performance.

Applications include:

• Low-viscosity electrolyte formulations
• High-temperature battery electrolyte research
• Electrochemical stability studies
• Next-generation lithium battery development

3. Solid-State and Polymer Electrolyte Research

Due to its ether functionality, ANL-1NM2 can be explored in advanced electrolyte systems.

Applications include:

• Polymer electrolyte modification
• Hybrid electrolyte systems
• Lithium-ion transport studies
• Interface engineering research

4. Lithium Metal Battery Research

ANL-1NM2 is investigated in emerging lithium battery technologies.

Applications include:

• Lithium metal anode electrolyte studies
• Dendrite suppression research
• Electrolyte/anode interface analysis
• High-energy-density battery development

Advantages

• Silicon-containing functional electrolyte solvent
• Good compatibility with lithium salts
• Ether-based lithium-ion coordination capability
• Low viscosity for electrolyte formulation
• Suitable for advanced battery research
• Supports next-generation electrolyte development

Storage & Handling

• Store in a tightly sealed container.
• Keep in a dry and cool environment.
• Protect from moisture and air exposure.
• Handle under inert atmosphere when preparing battery electrolytes.

ANL-1NM2 is reported to be air-sensitive and moisture-sensitive.

Research Areas

• Lithium-ion batteries
• Lithium metal batteries
• Battery electrolyte solvents
• Solid-state battery research
• Electrochemical energy storage
• Organosilicon materials

What is ANL-1NM2?

ANL-1NM2 is a silicon-containing ether compound used as a functional electrolyte solvent for lithium battery research.

What is ANL-1NM2 used for?

ANL-1NM2 is mainly used for:

• Lithium-ion battery electrolytes
• Lithium salt solvent systems
• Advanced electrolyte development
• Electrochemical energy storage research

Is ANL-1NM2 an electrolyte salt?

No. ANL-1NM2 is an electrolyte solvent, not a lithium salt. Lithium salts such as LiPF₆, LiFSI, or LiTFSI are dissolved in solvents to form electrolytes.

What is the role of ANL-1NM2 in lithium batteries?

It acts as a solvent component that helps dissolve lithium salts and enables lithium-ion transport during battery operation.

What is the difference between ANL-1NM2 and carbonate solvents?