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Biyan (Shanghai) Instrument Technology Co., Ltd
G8 Galileo TDS analyzer
NegotiableUpdate on 02/04
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Overview
The advanced water-cooled electrode furnace of G8 Galileo TDS analyzer is equipped with FusionControl, water-cooled sample container, high-capacity dust collector, and efficient online particle filter at the back; Smart Molecule Sequence Directly and without inclusions measure all gases emitted by advanced detectors with reference channels.
Product Details
G8 Galileo TDS analyzerUsing Smart Molecule Sequence ™ Directly measure all gases emitted and obtain absolutely accurate information (1:1) without the need for chemical conversion, mathematical correction, or unpublished algorithms. FusionControl can continuously measure the temperature of the sample without contact, ensuring the maintenance of appropriate analysis temperature, avoiding the formation of interfering products, and increasing stability and normal operating time.
1、 Main advantages:
1. The advanced water-cooled electrode furnace is equipped with FusionControl, a water-cooled sample container, a high-capacity dust collector, and an efficient online particle filter at the back;
2 Smart Molecule Sequence ™： Directly and without inclusions measure all gases emitted by advanced detectors with reference channels;
3. Provide options for automatic furnace cleaning, crucible and sample processing;
4. External infrared furnace can be used for diffusion hydrogen determination;
5. Can automatically and reliably calibrate 10 different capacities of gases;
6. Can be used in conjunction with mass spectrometry for thermal desorption mass spectrometry (TDMS) analysis and argon inclusion analysis.
2、 Main functional features:
1、G8 GALILEO MS-O,N,H,ArTDMS
2. High throughput, highly automated
3. Automatic crucible processing and electrode cleaning
4. External infrared furnace
5. Electrode furnace with FusionControl
6. There are 10 types of gas calibration devices with different capacities
IIIG8 Galileo TDS analyzerApplication Fields
1. Iron, steel, cobalt, nickel, ferroalloys
It is very important to determine the oxygen and nitrogen content, whether it is adjusting the final alloy properties by adding ferroalloys during the steelmaking process or producing nickel and cobalt alloys. G8 GALILEO combines usability and robustness, providing fast and accurate analysis results of oxygen and nitrogen content, facilitating quality and process control in these production processes.
2. Production of copper
The most important quality factor in determining the grade of copper is the content of residual impurities, especially the oxygen element content. The higher the oxygen content, the greater the risk of hydrogen embrittlement and intergranular fracture. Smart Molecule Sequence? It can ensure that G8 GALILEO can analyze oxygen content with high reliability and low cost of ownership, while FusionControl, configured for dual element measurement, can perform accurate hydrogen and oxygen analysis simultaneously.
3. Difficult to melt metals such as titanium and zirconium
Titanium combined with elements such as aluminum, vanadium, and molybdenum can form alloys with low density, high strength, and excellent corrosion resistance. These high-performance alloys can be used in space, aviation, military, nuclear, biomedical, and other high demand applications, and their performance is easily affected by oxygen and nitrogen content, but the hydrogen content has the greatest impact on performance, which can lead to the formation of hydride precipitation and subsequent cracking. G8 GALILEO can meet the needs of these high demand industries.
4. Metal processing
From stainless steel, aluminum, copper, nickel, titanium to zirconium and other special metal components, G8 GALILEO can be used in industries such as aviation, aerospace, automotive, biomedical, electronics, etc., providing important knowledge related to chemical composition for every demanding metal processing operation.
5. Aluminum and magnesium
Oxygen and hydrogen play a decisive role in the production and processing of these active light metals. Oxygen forms insoluble and refractory inclusions, while hydrogen dissolves in the liquid melt and becomes trapped in it during solidification, producing voids and bubbles filled with hydrogen gas. With FusionControl and SampleCareTM, G8 GALILEO has become an ideal quality control tool for the aluminum production industry.
6. Magnetic materials
The development of high-strength permanent magnets is closely related to the application of rare earth metals. Sintered Nd-Fe-B magnets have a high tendency to absorb hydrogen, leading to fatal hydrogen embrittlement. In fact, whether in the production process of rare earth metals or during recycling, hydrogen is a crucial additive, while oxygen reduces magnetic efficiency. The economical and user-friendly G8 GALILEO is capable of process control for these two elements at all stages of production.
7. Powder metallurgy and additive manufacturing
The metal powders used in additive manufacturing and other powder metallurgy processes are materials with high purity and strictly defined particle properties. Due to their large specific surface area, they are prone to "aging" due to oxidation or hydration during the production process, and the content of oxygen and hydrogen determines the yield and quality of the product. The G8 GALILEO, which is readily available, can meet the needs of these emerging industrial applications.
8. Glass and ceramics
From industrial refractory materials to high-performance ceramics in electronic products or metal cutting tools, refractory oxides, nitrides, and carbides have a wide range of applications. The special properties of glass and ceramics are fundamentally influenced by the oxygen, nitrogen, and hydrogen content present during processing or in the final product. With SampleCareTM, FusionControl, and excellent stability, G4 ICARUS Series 2 has become the best tool for rapid analysis of raw materials, intermediates, and final products.
9. Welding and related processes
The Brooke G8 GALILEO IR is supported by ISO 3690 and AWS A4.3 standards, and can quickly assess the diffusion hydrogen content introduced during the welding process. Due to its fast speed, it can perform pre welding tests on test samples, thereby helping the welding industry avoid costly failures.
