KKHW-4B High Frequency Infrared Carbon and Sulfur Analyzer

1、 Overview:

The KKHW-4B high-frequency infrared carbon and sulfur analyzer adopts a high-frequency induction furnace combined with an infrared carbon and sulfur analysis system, which can quickly and accurately determine the carbon and sulfur element content in various materials such as ordinary carbon steel, high, medium and low alloy steel, cast iron, gray cast iron, ductile iron, alloy cast iron, various ferroalloys, ferrosilicon, manganese iron, nickel iron, chromium iron, rare earth metals, coke, coal, slag, catalysts, ores, etc.

2、 Technical parameters:

Measurement range: Carbon: 0.00001% -10.0000% (expandable to 99.99999%)
Sulfur: 0.00001% -6.0000% (expandable to 99.99999%)
Analysis error: Carbon meets the GB/T20123-2006 standard
Sulfur complies with ISO15350:2000 standard
Analysis time: adjustable from 25-60 seconds, usually around 35 seconds
Electronic balance: Weighing range: 0-100g reading accuracy: 0.0001g
High frequency furnace: power of 2.5 KW
Frequency 18 MHz
Adopting infrared detectors with low noise, high sensitivity, and high stability.
The modular design of the entire machine improves the reliability of the instrument.
The electronic balance is automatically connected and can measure samples without quantity.
WINDOWS full Chinese operation interface, easy to operate and master.
The software is fully functional, providing more than 40 functions such as file assistance, system monitoring, channel selection, data statistics, result correction, breakpoint correction, and system diagnosis.
Dynamically display various data and carbon and sulfur release curves during the analysis process.
The linear range of measurement is wide and expandable.
The high-frequency circuit design is reasonable, and the high-frequency furnace power is adjustable, suitable for the analysis requirements of different material samples.
The automatic cleaning device for the furnace head can reduce the impact of dust on the analysis results.
The furnace head heating device makes the conversion rate of sulfur tend to be consistent, improving the stability of sulfur determination.