High-Frequency Infrared Carbon-Sulfur Analyzer For Magnetic Material Testing QR-9000

The High-Frequency Infrared Carbon-Sulfur Analyzer is a precision instrument designed for the accurate measurement of carbon (C) and sulfur (S) content in magnetic materials. Utilizing advanced high-frequency combustion and infrared detection technology, it provides rapid, reliable, and highly sensitive analysis essential for research, production, and quality control processes in the magnetic materials industry.

Product Introduction

Magnetic materials, including soft magnetic alloys, ferrites, and rare-earth magnetic compounds, require strict control of carbon and sulfur content to ensure optimal magnetic performance, durability, and stability. Excess carbon or sulfur can adversely affect magnetic properties, corrosion resistance, and overall material quality.

This analyzer offers high sensitivity, fast analysis time, and compliance with international standards, making it ideal for laboratories and production facilities involved in the manufacturing and testing of high-performance magnetic materials.

Key Advantages

• Wide Measurement Range

  • Carbon: 0.00001% – 10.00%

  • Sulfur: 0.00001% – 5.00%
    Accommodates various types of magnetic alloys, sintered materials, and specialized compounds used in advanced technologies.

• High Sensitivity & Precision

  • Sensitivity: 0.01PPM

  • Analytical Precision: Carbon ≤ RSD 0.5%; Sulfur ≤ RSD 1.0%
    Ensures accurate detection of trace elements, critical for high-grade magnetic material applications.

• Rapid Testing Capability
  Analysis time ranges from 25 to 60 seconds (average 35 seconds), supporting high-throughput laboratory environments.

• Compliance with Standards
  Fully meets JJG395-2016, ISO9556 (C) and ISO4935 (S) requirements for analytical performance and reliability.

Technical Specifications

Applications

This analyzer is ideal for:

• Magnetic Alloy Production: Ensuring consistent quality in soft and hard magnetic alloys used in motors, sensors, and transformers.

• Ferrite Material Testing: Verifying purity levels in ferrites to enhance magnetic permeability and energy efficiency.

• Rare-Earth Magnetic Materials: Supporting the production of high-performance permanent magnets for electric vehicles, aerospace, and advanced electronics.

• Research & Development: Assisting material scientists in developing new magnetic materials with optimized compositions for next-generation applications.

• Quality Assurance & Inspection: Providing rapid and reliable carbon-sulfur analysis to maintain strict manufacturing standards.

Why Choose This Analyzer?

• Enhanced Detection Capability: Captures ultra-low carbon and sulfur levels essential for precision magnetic applications.

• Fast and Reliable Performance: Shortens testing cycles and ensures consistent measurement results.

• User-Friendly Software: Features Windows-based platform, dynamic data integration, channel selection, and system diagnostics.

• Robust Design: Incorporates advanced infrared detection and high-frequency combustion systems for stable, long-term operation.