Technology and Quality Capabilities

Everlyte connects materials development, analytical evaluation, process scale-up and manufacturing quality control.

Everlyte analytical laboratory
Quality Control

Critical Parameters for Downstream Performance

Product quality is not defined by a single purity number. We evaluate oxygen, carbon, moisture, metallic impurities, particle-size distribution, whiteness and batch consistency.

Controls are designed around the high sensitivity of lithium sulfide to air and moisture.

OXYGEN

Oxygen-Related Impurities

Reduce oxygen-related impurity introduction by controlling raw materials, optimizing reaction conditions, and tightly managing post-treatment and packaging.

MOISTURE

Moisture Control

Sealed handling, inert protection and low-moisture evaluation.

PSD

Particle Size

Evaluation of D50 and the full distribution in relation to customer processing.

METALS

Metallic Impurities

Individual evaluation and control of Na, K and other key metallic impurities.

CARBON

Carbon

Control of carbon introduced through raw materials and manufacturing.

LOT

Batch Consistency

Standardized production and release testing support lot-to-lot consistency.

Technical Insight

Understanding Sulfide Electrolytes Through Raw-Material Quality

Our first knowledge-base article explains the role of Li₂S and the key issues around purity, oxygen, moisture, carbon, particle size and scalable supply.

Lithium Sulfide Fundamentals

High-Purity Lithium Sulfide Knowledge Base

A practical guide to the role of Li₂S and the raw-material parameters that matter as sulfide electrolyte development moves from laboratory validation toward repeatable manufacturing.

Read the article