S4 TStar - The Star of TXRF
For decades, X-ray fluorescence (XRF) spectroscopy has been widely used in multiple industries for elemental analysis of solid and petrochemical samples, with detection limits below the PPb level. TXRF expands the application range of XRF, enabling the analysis of trace elements in liquid samples, suspensions, and membranes. Therefore, TXRF has become an ideal alternative method for atomic absorption spectroscopy (AAS), inductively coupled plasma emission spectroscopy (ICP-OES), or mass spectrometry (ICP-MS). Now, S4 TStar has set new standards in performance, self-control, and quality for desktop TXRF spectrometers.

Excellent sample universality
S4 TStar is a highly versatile tool that can analyze various types of samples on different reflective carriers.

ICP can only analyze completely dissolved liquid samples.

Figure 1: 30mm quartz plate: Elemental analysis of liquids, solids, and suspensions
Figure 2: 2-inch Chip: Pollution Analysis, Depth Analysis, and Materials Science Research
Figure 3: Microscope slide: Clinical and biological samples for direct analysis of cell cultures, smears, and sections
Figure 4: Rectangular carrier: with a size less than 54 millimeters, used for membranes, filters, and nanoparticle layers
Customized reflective media

Industry applications:

·medicine
Detecting catalytic elements in active pharmaceutical ingredients: lead content in liquid or pellet is less than 0.1/0.5ppm
·food
The food safety standards of the Food and Agriculture Organization and the World Health Organization stipulate that the arsenic content in rice should be less than 10/40ppb.
·environmental monitoring
Environmental monitoring: The pollutant content in surface water, wastewater, sludge, and nuclear waste liquid is less than 1/10 ppb.