Customizable XRF Sample Fusion Furnace With Automatic Casting

• 1. Equipment characteristics
• Easy to use: no need to preheat preservation, 30 seconds can rise from room temperature to more than 1000ºC, especially suitable for intermittent sample preparation.
• Rapid sample preparation: fast heating speed can achieve rapid sample preparation, about 10 minutes can do a batch of samples, 24 hours of continuous work.
• One-click switching system (sample for XRF, AA, ICP)
• Safety and environmental protection: built-in exhaust fan to eliminate exhaust gas, no large area of thermal radiation is beneficial to the health of operators.
• Mold forming: reduce the crucible maintenance rate.
• Low follow-up cost: no valuable supplies, no need to regularly replace the heating components, refractory materials.
• Good energy saving effect: only heating the crucible and the mold.
• Low amount of platinum gold: a small amount of crucible and mold can achieve the same output of other heating equipment.
• Equipment protection: water shortage, over current, over pressure, over temperature fault protection function.
• Large selection range: pot bottom molding, manual casting molding and automatic casting molding of various functional equipment.

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The Role of XRF Spectrometers in Analytical Applications

X-ray fluorescence (XRF) spectrometers are designed to detect the elemental composition of various materials. These powerful analytical instruments play a key role in scientific research, quality control, and industrial applications.

Importance of Sample Preparation in XRF Analysis

Sample preparation is an essential link in the XRF analytical chain. High-quality sample preparation is critical for performing accurate chemical analysis with XRF. Whether the samples are loose or pressed powders, fused beads, solid samples, or liquids, finding the right approach to sample preparation is the first step in achieving accurate and reproducible results.

Advanced Fusion Method for Sample Preparation

Fusion is an advanced method of sample preparation. It involves dissolving a fully oxidized sample at high temperatures in a suitable solvent (flux) in a platinum, zirconium, or graphite crucible. The molten mixture is stirred and poured into molds to cool, forming glass disks for XRF analysis. It can also be poured into a beaker to create a solution for AA or ICP analysis

Benefits of Our Induction Sample Fusion Furnace

Our Induction Fusion Machine can help you obtain better XRF analytical results in your laboratory. Recognized by customers for its fast and excellent homogenization of melt, its uniform heating leads to highly reproducible results. Additionally, all its fusion parameters can be modified to achieve the desired fusion conditions, ensuring precise and reliable sample preparation.

Appearance photo of the device