Benchtop combustion analyzer WY-9100

Overview
The infrared carbon–sulfur analyzer, used together with a high-frequency induction combustion furnace, provides rapid and accurate determination of the mass fractions of carbon and sulfur in steels, irons, alloys, nonferrous metals, cements, ores, glasses and other industrial materials. The instrument integrates optics, mechanics, electronics and computer-controlled analytical techniques to deliver a wide measurement range with reliable results and advanced data acquisition and processing functions suitable for laboratory and industrial routine analysis.

Application materials

• Steels
• Irons
• Alloys
• Nonferrous metals
• Cements
• Ores
• Glasses
• Other inorganic and industrial materials

Product Introduction

• Minimum feature size ≤ 70 nm; surface roughness ≤ 10 nm
• Nanoscale alignment and positioning
• Seamless processing
• Self-developed patented ultra-high-speed machining module with maximum machining speed up to 80,000 mm/s
• Multi-point synchronous (or asynchronous) parallel machining

Key characteristics

• Designed to operate with a high-frequency induction combustion furnace for combustion analysis of carbon and sulfur.
• Wide measurement range with high accuracy and repeatability.
• Integrated optics, mechanics, electronics and computer-controlled analytical methods.
• Computer interface with graphical and textual display, plus data acquisition and processing capabilities.
• Suitable for rapid routine determinations of C and S across multiple industries and material types.

Technical specifications

• Model: WY-9100
• Product name: Infrared High-Frequency Carbon-Sulfur Analyzer
• Brand: LaiZhou Weiyi Experimental Machinery Manufacture Co., Ltd.
• Function: Rapid determination of carbon and sulfur mass fractions in various materials (steels, irons, alloys, nonferrous metals, cements, ores, glasses, etc.)
• Integrated technologies: optics, mechanics, electronics, computer technology, analytical techniques
• Interface: Graphical and textual display on screen; data acquisition and processing
• Working principle: Infrared detection used together with a high-frequency induction combustion furnace
• Listed performance/features: minimum feature size ≤ 70 nm; surface roughness ≤ 10 nm; nanoscale alignment and positioning; patented ultra-high-speed machining module (max 80,000 mm/s); multi-point synchronous/asynchronous parallel machining
• Intended use: Laboratory and industrial analytical determinations of carbon and sulfur