Elemental Analyzer

HORIBA Analyzers

HORIBA Carbon and Sulfur Analyzer

HORIBA Carbon and Sulfur Analyzer

The HORIBA EMIA Series is a high-performance Carbon and Sulfur Analyzer designed for measuring carbon (C) and sulfur (S) content in inorganic solid samples, including metals, ceramics, and battery materials. Featuring advanced Non-Dispersive Infrared (NDIR) detection and furnace technology, it delivers fast, accurate, and reliable analysis.

Main Models and Positioning

HORIBA offers three main models based on different application requirements:

EMIA-Expert
Flagship High-Precision

Designed for trace analysis, featuring the highest detection precision and multiple advanced functions, such as a standard carrier gas purifier for ultra-low carbon analysis.

EMIA-Pro
Cost-Effective Standard

Emphasizes simple operability and economic efficiency, suitable for general quality control and production line development applications.

EMIA-Step
Separation Analysis

Utilizes a tubular resistance heating furnace, capable of separating organic and inorganic substances in samples through precise temperature control.

Core Technological Features

  • High-Efficiency Maintenance Design: Equipped with a unique automatic cleaning mechanism, allowing continuous measurement of up to 200 samples without manual cleaning of the combustion furnace, significantly reducing maintenance frequency.
  • Rapid Analysis Cycle: From measurement to result display and automatic cleaning, a typical analysis cycle takes only 70 seconds (capable of testing approximately 50 samples per hour).
  • Intelligent Software: Features built-in navigation functions for analysis, maintenance, and fault diagnosis. Operators simply click the preset sample name, and the system automatically configures the correct analysis conditions.

Application Fields

These instruments are widely used in:

  • Steel and Metallurgy: Steel plates, copper, coke, and various non-ferrous metal alloys.
  • Energy and Electronics: Lithium-ion battery electrode materials, capacitors, and semiconductor materials.
  • Industrial Materials: Ceramics, glass, catalysts, rubber, and ore analysis.