X-ray fluorescence spectrometer

By working under high voltage, an electron flow is generated and injected into the target material of the X-ray tube to produce primary X-rays. The primary X-rays are filtered and concentrated, and then enter the measured sample to produce secondary X-rays, which are commonly known as X-ray fluorescence. After being detected by the detector, the X-ray fluorescence is amplified, converted from digital to analog, and input into the computer

JPSPEC vacuum element detection instrument

Usage: RoHS and halogen detection, alloy element analysis, metal coating analysis, coal ash and ore element analysis, etc;

Test sample types: solid, powder, liquid;

Testing environment: Depending on the type of testing element, it can be switched to atmospheric state, high vacuum state, or helium filled state (high vacuum measurement technology improves the detection limit of measuring light elements, achieving accurate measurement of more light elements)

Analysis element range: Na-U;

Content detection range: 1ppm-99.99%;

Sample injector quantity: up to 88 bits (can be adjusted according to the specific usage requirements of the user)

Collimator and filter system: 8 sets of collimators (ø 8.0mm, ø 6.0mm, ø 4.0mm, ø 3.0mm, ø 2.0mm, ø 1.0mm, ø 0.5mm, ø 0.2mm), 5 sets of filters, which can be freely combined according to the test type;

The instrument sample has a spin function, which increases the sample testing area by rotating the sample, improving the repeatability and accuracy of the sample

Helium filling brush system: Built in helium filling brush system to improve sample testing performance