New product release! THMSG-600E Geological Inclusion Cold and Hot Platform Debuts at the National Symposium on Mineral Inclusions and Geological Fluids

THMSG-600E Geological Inclusion Cold and Hot PlatformIt is designed for the field of geology. Used to help us better understand our planet and its geology. This product can assist researchers in studying ancient fluids and melts (i.e. fluid inclusions and melt inclusions) trapped in minerals, as well as mineral lattice volatile elements, to obtain information on temperature pressure conditions, fluid chemical composition, fluid sources and evolution during diagenesis and mineralization processes.

THMSG-600E Geological Inclusion Cold and Hot PlatformUsing high thermal conductivity silver material as the heating element can quickly achieve thermal equilibrium. Liquid nitrogen is used for cooling, and liquid nitrogen is directly injected into the silver heating element to achieve rapid cooling. The continuous changes in the phase state of fluid inclusions during heating or freezing can be directly observed. It has been used to characterize various types of samples, such as vein minerals (quartz, fluorite, calcite, olivine, etc.) and semi transparent metallic minerals (sphalerite, etc.), for petrographic observation and microscopic temperature measurement of fluid (melt) inclusions.

THMSG-600E Geological Inclusion Cold and Hot PlatformCompatible with optical microscopes and various spectroscopic techniques, including Raman, FT-IR, and X-ray. This product needs to be used in conjunction with temperature controllers and refrigeration controllers. The accompanying upper computer temperature control software facilitates temperature setting and data collection, and the provided Labview Vis/C # SDK facilitates customized programming for customers.

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Product Features:

• Temperature range: -190~600 ℃

• Temperature stability: ± 0.1 ℃

• Heating and cooling speed: 0~30 ℃/min (adjustable for fixed-point/program segment temperature control)

• Displacement stroke: ± 6.5mm

• Ultra thin body, compatible with multiple brands of microscopes

Conference appearance:

The 22nd National Symposium on Mineral Inclusions and Geological Fluids was successfully concluded at Lanzhou University from August 9-14, 2024. This grand event brings together top scholars and experts from the fields of geology, mineralogy, geochemistry, and related fields at home and abroad to explore the cutting-edge progress of mineral inclusion research and the important role of geological fluids in geodynamics, mineral resource exploration, and environmental evolution. self-developedTHMSG-600E Geological Inclusion Cold and Hot PlatformAt the exhibition booth, technical engineers communicated with attending teachers and students on site.

THMSG-600typeGeological inclusion cold and hot table

Keywords: geological fluids, inclusions, cold and hot platforms, diagenesis, reservoir formation

Introduction:

The homogenization temperature and freezing point temperature of THMSG-600 geological inclusion cold and hot tables are important contents in the study of geological fluid inclusions. Rock and mineral identification, precise determination of uniform temperature, salinity, and pressure of inclusions, provide experimental support for the study of diagenesis history, oil and gas migration history, and reservoir formation conditions. The electric geological fluid inclusion cold and hot table testing device is specifically designed for this purpose. The high thermal conductivity silver heating table, high-precision temperature measuring platinum resistance, and special optical hole design ensure that the package can also be observed.THMSG-600The efficient liquid nitrogen pump, the Type Geological Inclusion Cold and Hot Platform, uses a proprietary pump and dual core tube to automatically control the rate.

1、 Product Features:

1. Determine the temperature, time, and burial depth of diagenetic events and reservoir formation, as well as infer the history of oil and gas migration and accumulation, reservoir thermal transformation, and tectonic movement.

2. The structure of the silver platform can reduce the surge of liquid nitrogen and minimize the vertical movement of the silver platform caused by temperature changes, thereby eliminating the possibility of refocusing.

3. Another measure for stable measurement is to use non expanding steel with a very low coefficient of expansion in the design of the sample holder, ensuring that temperature changes do not affect the horizontal position of the sample. This stability requirement applies to confocal microscopy and high-power microscopy methods1Temperature range:-190to600℃

2、 Cold and hot table/Geological platform/Geological hot and cold table parameters:

1. Temperature range:-190to600℃

2. Temperature accuracy and stability throughout the entire process:±0.1℃

3. Aperture diameter:1.3-2mm

4. SampleX,YAxial movement:12-16mm

5. Sample heating area:22 mm

6. Heating up/Freezing rate:0.01-150℃/min

7. Thin hot table window:0.17mm

8. Airtight sample chamber,Can be filled with protective gas

9. Independent temperature control:Can be fixed point/Program segment temperature control

10. Minimum objective lens/Working distance of spotlight:4.5/12.5mm

11. Size:137x92x22mm

12. Install directly on the microscope using a bracket

13. Special customized software with automatic data display, algorithm analysis, and real-time parameter extraction functions

14. Compatible with optical microscopes and various spectroscopic techniques, including Raman spectroscopyFT-IRandXRadiation, etc

15. Supporting extended spectral range:350-2500nm

16. Spectral resolution: superior to7nm

17. Wavelength accuracy:0.1nm

18. Scanning resolution:1mm

19. Positioning accuracy: superior to0.1mm

20. Scanning speed:250-300rice/sky

21. Effective moving distance:X:1.2Mi,Y:1.0rice

22. Measurement methods: continuous scanning, step scanning