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.
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.
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.
TY Induction's Fusion Instrument is a high-frequency induction heating technology-based laboratory device that can prepare glass disk samples for XRF analysis, as well as borate and peroxide solutions for ICP and AA analysis.
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.
Choose Tianyuan as your partner in XRF analysis sample preparation, and experience the benefits of advanced fusion technology for superior analytical outcomes.
Photos
Glass Samples, Crucibles, Molds
Auto Casting
4+4 Fusion Furnace
Different type of Samples
Induction Fusion Furnace with Chiller
Auto Heating & Casting 2+2 Stations
XRF Sample Preparation Induction Heating
Benefits of Induction fusion
•High quality of samples with superior homogenization, and bubble free
•highly accurate and repeatable results
•Process samples ranging from polymers to ferrous alloys
•Eliminates the grain effect, matrix effect and mineral effect
•High samples throughput
Simple, fast and efficient
•Minimum of elemental losses
•Very cost-effective
•Clean and safe
Induction Fusion Instruments used in following Fields
•Cement and Building Materials manufacturing
•Glass manufacturing
•Steel & Metals plants e.g. precise metals, Aluminum and Copper
•Mining and Mineral companies
•Chemical Industry
•Materials Research Center in universities and colleges
•Laboratory Equipment Supplying or Manufacturing
•Quality control environments
•Qualification and Quantification analysis
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Secification
| Power Input | Single AC220V/50HZ | ADJ. Heating Time | 0s～999s |
| Voltage | AC180～AC240V | ADJ. molding Time | 0s～999s |
| Max. Power | 4kw (single station)6kw (two or more stations) | Vibration Time | 0s～999s |
| Oscillating Frequency | 60～100KHz | Max. Tempt. | 1500℃ |
| Vibration Frequency | 1 t/min-37t/min | Spinning Speed | 30 r/min-34 r/min |
| Fusion Current | 110～500A | Molding Current | 120～600A |
Video
Similar Cases
Induction Furnace with Chiller for XRF Samples Preparation
Auto Operation
Induction Heating Coils
Molding Heating
XRF Sample Preparation Induction Equipment
XRF Sample Preparation Induction Machine
Features
Features of our Induction Fusion Instrument
High frequency Induction heating technology base
Rapid heating: from room temperature to 1000 degrees in 30 seconds
High sample throughput of 100 samples more per day 8 hours
Easy operation: controlled by PLC with Touch panel HMI
Precise temperature controlling ensures quality of samples
10 user-definable recipes can be saved
Separated fusion and molding design extends service life of Pt/Au crucible
Low energy consumption: only heat the crucible, heat the mold before casting
Environment friendly: Built-in exhaust system
Good working condition: reduced heat radiation
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