MEASURING MINERAL CONTENT USING XRF
Portable XRF Detector - Gold Content Analysis
The XRF (X-Ray Fluorescence) detector is a tool for analyzing the content of precious metals, metals and minerals. The purpose of using the tool is not as a tool to search for gold grains/nuggets in the soil, but as a tool to test and measure the elemental content found in rocks and soil. For this reason, the tool will display various important elements on the screen.
Example of the first XRF detector application: If you want to directly determine the gold and silver content of rocks or soil, all the XRF instruments shown here are portable, making them easy and safe to carry anywhere. Shipping costs and time to the lab for testing rock or soil content are expensive and lengthy. Using a portable XRF is cheaper and faster.
TESTING FOR PRECIOUS METALS AND MINERALS
If you want to determine on-site the content of gold, silver, or other minerals present in rocks or soil, all the XRF devices shown here are portable, making them easy and safe to take anywhere. You no longer have to pay for shipping costs or wait for laboratory analysis to check the composition of rocks or soil. With this device, you can test hundreds of samples per day.
GOLD OBJECT RUST TEST
XRF equipment can be used to test the carat and purity of gold or other precious metals. With its highly accurate XRF detector, you can determine the carat of gold, for example. Therefore, before purchasing gold or gold bars, you can test the carat, the cleanliness, and purity of the metal. Mining companies and gold traders are required to have XRF detectors to ensure the value of their transactions beforehand.
LOOKING FOR GOLD VEINS
When searching for gold veins, a trending process is necessary. Trending involves analyzing samples from several locations. The results of this analysis can explain geological trends and the presence of minerals and metals within those locations. Knowing these trends can make gold mining more accurate and faster. All exploration companies conduct trending and require XRF equipment to test samples directly in the field. Direct knowledge.
The use of XRF detectors isn’t limited to mining and soil analysis. They can also be used to check the quality of materials, measure purity levels, and test for specific values. Their applications are crucial for many industries.
This tool is extremely useful and will significantly save costs for individuals and companies. It can be used for a company's own benefit or provided as a service to others, for example, as an on-site analysis tool.
Saving time
Portable tool. Easy transportation
- Save costs
- On-site analysis. Get immediate results.
Knowledge gain
Accurate. Efficient. Safe. Portable.
- Technology that is widely applied in the world
- 24/7. Hundreds of samples per day
We can now test samples directly in the field, 24/7. Hundreds of samples per day are also no problem. Robi, S.T.
Olympus DELTA Premium XRF
Standard: K, Ca, Co, S, P, Cl, Ti, Cr, Mn, Fe, Ni, Cu, Zn, Hg, As, Pb, Se, Rb, Sr, Y, Zr, Mo, Ag, Cd, Sn, Sb, PLUS V, W, Bi, Th, U. Additional: Au,...
Basic Specifications
Weight: 1.5 kg (3.25 lbs) without battery
Dimensions: 260 × 240 × 90 mm (10.25 × 9.5 × 3.5 in.)
Excitation source: 4W Rh, Au, or Ta anode (depending on application) X-ray tube
Detector: Large-Area Silicon Drift Detector
Environmental temperature range: -10 º C to 50 º C (14 º F to 122 º F)
Analytical range:
Alloy and Mining: Mg and up for Rh/Ag and Al and up for Ta/Au; Soil: P and higher
Power: Rechargeable Li-ion battery
Display: 32 bit Color QVGA resolution, Blanview transmissive backlit touchscreen; 57 × 73 mm (2.25 × 2.9 in.)
Data storage: 1 GB microSD (stores ~75,000 readings)
Data transfer: USB, Bluetooth®
Olympus DELTA Professional XRF
Standard: Ca, Co, S, P, Cl, Ti, Cr, Mn, Fe, Ni, Cu, Zn, Hg, As, Pb, Se, Rb, Sr, Y, Zr, Mo, Ag, Cd, Sn, Sb, PLUS V, W, Bi, Th, U. Additional: Au,...
Basic Specifications
Weight: 1.5 kg (3.25 lbs) without battery
Dimensions: 260 × 240 × 90 mm (10.25 × 9.5 × 3.5 in.)
Excitation source: 4W Ag, Rh, Au, or Ta anode (per application) X-ray tube
Detector: Silicon Drift Detector
Environmental temperature range: -10 º C to 50 º C (14 º F to 122 º F)
Analytical range:
Alloy and Mining: Mg and up for Rh/Ag and Al and up for Ta/Au; Soil: P and higher
Power: Rechargeable Li-ion battery
Display: 32 bit Color QVGA resolution, Blanview transmissive backlit touchscreen; 57 × 73 mm (2.25 × 2.9 in.)
Data storage: 1 GB microSD (stores ~75,000 readings)
Data transfer: USB, Bluetooth®