X-ray Fluorescence Special Melting Machine Introduction

The X-ray fluorescence special melting machine is a precision laboratory equipment designed for sample preparation for X-ray fluorescence spectrometry (XRF). Its main function is to melt the sample into a standard form suitable for XRF analysis, thereby improving the accuracy and efficiency of the analysis. This equipment ensures that the sample is highly uniform during the melting process through a series of special heating and mechanical movements, thereby providing high-quality samples for XRF analysis. This equipment is commonly used in fields such as materials science, geology, environmental science, and metal industry to ensure the consistency and reliability of samples during X-ray fluorescence analysis.

The working principle of the X-ray fluorescence special melting machine: It involves a combination of physical and chemical processes. First, the equipment mixes the sample with a flux, and then melts it at high temperature to form a uniform melt. The choice of flux is crucial to ensure that all elements in the sample can be detected by XRF. The melted sample is poured into a specific mold and cooled to form a standard shape suitable for XRF analysis, such as a disc or a square.

Core Functions of the Melting Machine

1. Uniform melting and flow

The X-ray fluorescence special melting machine adopts the bottom uniform electric heating technology, combined with the simulated humanized mechanical movement, so that the sample can flow in all directions in the liquid state. This all-round flow design helps the sample to be evenly mixed during the melting process, thereby eliminating the uneven effects such as particle size, minerals and segregation.

2. Multifunctional automatic processing

The X-ray fluorescence special melting machine has adjustable speed forward and reverse bidirectional rotation and bidirectional swing functions, as well as a tilting design. These fully automatic combined actions make the molten body form a vortex motion, which not only improves the uniformity of the melt, but also enhances the bubble removal effect, thereby achieving an ideal melting effect.

Efficiency and Performance

1. Efficient melting and molding

The X-ray fluorescence special melting machine developed and produced by Hut can complete the melting and molding process at one time without the need for additional mold forming steps. The melting speed can process six samples within 5-16 minutes, and the heating speed can be controlled at 0-1000℃ and completed within 30 minutes, which makes it an automatic melting device with outstanding working efficiency among similar domestic equipment.

2. Accurate temperature control

The equipment is equipped with imported programmable controllers, frequency converters and PLC execution control mechanisms to ensure the accuracy of temperature control. The design of the large-screen color LCD touch screen makes the operation easier, while the commonly used parameter default settings and multiple software and hardware protection functions ensure the safety and reliability of the equipment.

Application Advantages of the Equipment

1. Easy operation and high automation

The X-ray fluorescence special melting machine has a friendly user interface, simple operation, and a high degree of automation, which greatly reduces the burden on operators. This design enables the equipment to maintain high efficiency and high precision even after long-term operation.

2. Meet the needs of multiple industries

Due to its high efficiency, precise temperature control capability and reliable operating performance, the X-ray fluorescence special melting machine can meet the requirements of different industries for sample analysis precision and accuracy, and can play an important role in materials science, geological research or environmental monitoring.

In summary, the X-ray fluorescence special melting machine is a device that integrates high efficiency, high precision and high automation. It provides high-quality samples for X-ray fluorescence spectroscopy analysis through special melting and processing technology, thereby significantly improving the precision and accuracy of the analysis. This equipment is undoubtedly an indispensable and important tool for modern laboratories.

Specifications

1. Melting sample working temperature control range: room temperature ~ 1250℃.

2. Temperature control accuracy: ±1℃ (platinum rhodium thermocouple temperature measurement).

3. Heating method: silicon carbon rod heating element, power 8KW, heating speed: 0~40℃／min.

4. Tray speed: 15r/min; (adjustable from 0 to 25r, variable speed drive with stepless speed regulation, can rotate forward and reverse).

5. Furnace body swing angle: adjustable from 0 to 40 degrees.

6. Furnace body swing frequency: 4per/min; (2 to 8per/min).

7. Furnace body limit pause time: 4s.

8. Control system: can provide nine curing working curves.

9. Front static time: 0 to 99min optional.

10. Swing time: 0 to 99min optional.

11. Post static time: 0 to 99min optional.

12. Number of melt samples: 1-6.

13. Machine size: (width) 950mm×(height) 1150mm×(length) 900mm.

14. Required power supply: three-phase 380V40A.