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E-mail
sales-sci.cn@horiba.com
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Phone
13681872955
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Address
Unit D, 1st Floor, Building A, Lianqiang International Plaza, 1068 Tianshan West Road, Shanghai
HORIBA (China)
sales-sci.cn@horiba.com
13681872955
Unit D, 1st Floor, Building A, Lianqiang International Plaza, 1068 Tianshan West Road, Shanghai
In addition to the EMIA Expert/Pro series carbon sulfur analyzer for high-frequency induction furnaces, the EMIA Step carbon sulfur analyzer for tubular resistance heating furnaces has been added to our systemCarbon/sulfur analyzerIn the lineup. In addition to high-precision and high-sensitivity analysis, its variable heating temperature function enables independent quantitative analysis and total analysis of different forms of carbon and sulfur through temperature and condition settings.
1. Capable of achieving temperature control starting from the low temperature range
EMIA Step can achieve stable temperature control over a wide range from low to high temperatures. The expansion of this temperature control range ensures accurate detection of samples that are prone to decomposition and combustion at low temperatures.
Temperature control from 300 ° C to 900 ° C
You can easily see the decomposition and combustion of organic and inorganic substances separately.

2. The new dust filter is easy to maintain
EMIA Step uses a validated and effective dust filter used on high-frequency induction heating carbon sulfur analyzers. This filtering device collects dust generated by high-temperature combustion, which can prevent dust from adhering to the pipes behind the combustion furnace and reduce the adsorption of CO2 and SO2 gases by dust. The adoption of this dust filtration method enables high-precision and high-sensitivity analysis.
<Schematic diagram of tubular resistance heating furnace>

3. Humanized software navigation function provides a brand new operating experience
<Analysis Navigation n>
Real time provision of the best detection process and analysis conditions based on our rich experience

<Troubleshooting Navigation>
When a fault occurs, automatically locate the fault location and instruct the operator on the methods and steps to troubleshoot.

<Maintain Navigation>
Provide daily maintenance menu and provide detailed maintenance operation steps with videos and pictures.

EMIA-StepCarbon/sulfur analyzermeet the standard
| ASTM | Materials for analysis | Title | carbon | sulfur |
|---|---|---|---|---|
| E1019 | Steel, iron, nickel, cobalt alloys | Standard test method for determining carbon, sulfur, nitrogen, and oxygen in steel, iron, nickel, and cobalt alloys using various combustion and melting techniques | 〇 | - |
| E1587 | nickel | Standard Test Method for Chemical Analysis of Refined Nickel | 〇 | 〇 |
| E1941 | refractory metal | Standard Test Method for Carbon in Refractory and Refractory Metals and Their Alloys by Combustion Analysis | 〇 | - |
| E1915 | Metal containing ores and related materials | Standard Test Method for Analysis of Carbon, Sulfur, and Acid Base Characteristics of Metal Ore and Related Materials | 〇 | - |
| D1552 | Petroleum and petroleum products | Standard Test Method for Determination of Sulfur in Petroleum Products by High Temperature Combustion and Infrared (IR) Detection or Thermal Conductivity Detection (TCD) | - | 〇 |
| D4239 | Coal and coke | Standard Test Method for Determination of Sulfur in Coal and Coke Analysis Samples by High Temperature Tube Furnace Combustion Method | - | 〇 |
| D5016 | Coal and coke combustion residue | Standard Test Method for Total Sulfur in Coal and Coke Combustion Residue by Infrared Absorption High Temperature Tube Furnace Combustion Method | - | 〇 |
| D1619 | carbon black | Standard test method for sulfur content of carbon black | - | 〇 |
| ISO | Materials for analysis | Title | carbon | sulfur |
|---|---|---|---|---|
| TR 15349-1:1998 | Unalloyed steel | Determination of Low Carbon Content Part 1: Infrared Absorption Method after Resistance Furnace Combustion (Peaking Method) | 〇 | - |
| TR 15349-3:1998 | Unalloyed steel | Determination of Low Carbon Content - Part 3: Infrared Absorption Method after Resistance Furnace Combustion (with Preheating) | 〇 |