Handheld Alloy Analyzer

I. Performance Features

1. The instrument is smaller and lighter, easy to carry.

2. A high-speed processing chip, advanced algorithms and efficient software work together to make instrument analysis faster.

3. Imported high-performance X-ray emission tubes and an ultra-high-resolution detector are used; combined with digital multi-channel processing technology, the handheld X-ray fluorescence spectrometer has ultra-high analysis precision.

4. During measurement, the green radiation indicator lights on the upper and lower sides of the instrument flash; built-in technology automatically senses whether there is a sample in front of the instrument, improving radiation safety and protection level.

5. An industrial resistive touch screen has better backlight performance than a capacitive screen, remaining clearly visible under strong field light and also eliminating the danger of operating with gloves removed in special field environments.

6. The body adopts a non-slip, wear-resistant, streamlined design; it is very light and easy to carry and transport. The all-new high-speed digital multi-channel technology and the all-new grade library identification system make the instrument faster in measurement, higher in measurement accuracy and stronger in measurement consistency.

7. Intelligent batteries with a KMAX bus, real-time battery monitoring, and a backup battery allowing direct viewing of remaining battery capacity.

8. The instrument is on standby when not working and resumes when picked up, reducing instrument power consumption and extending working time.

II. Application Fields and Characteristics

1. Excellent performance (for on-site, non-destructive, rapid and accurate analysis): element symbols are displayed in Chinese and English, with high precision and fast speed, approaching laboratory-level analysis; it can intuitively display the alloy grade and element percentage content (elements can reach three decimal places) and ppm content. The entire analysis process takes only seconds, and alloy grade identification takes only 1~2 seconds; one-key operation makes it easy to master even for non-technical personnel.

2. Non-destructive testing (NDT): without damaging or affecting the performance of the tested object or harming its internal structure; the entire testing process causes no damage whatsoever.

3. Analysis software: professional management and analysis software allows you to easily set a secure user password and easily realize remote control of the instrument; users can edit the alloy grade library, add alloy grades and enterprise-defined grades; automatic calibration and instrument fault diagnosis; software upgrades can be realized via the Internet.

4. Scrap recycling and sorting: for the recycling and reuse of scrap metals, on-site analysis, detection and sorting of the numerous and diverse alloy types and materials; providing rapid and reliable determination for both buyers and sellers during transactions. Quantitative analysis of the metal composition of ferroalloys (stainless steel, etc.), copper alloys, aluminum alloys, copper-iron alloys, lead-tin alloys and mixed alloys, as well as rapid on-site material identification and sorting.

5. Application fields and safety and standards (power plants, machinery, petrochemicals, military industry, etc.): alloy material identification (PMI), incoming material inspection; inventory material management; re-inspection of installed materials, preventing serious safety accidents caused by mixed or unqualified materials in petrochemical construction, metal smelting, pressure vessels, electric power stations, petrochemicals, fine chemicals, pharmaceuticals, casting and aerospace industries, and ensuring the safety of process equipment materials. Compliant with industry and domestic and international standards such as ASTM, GB, UNS, DL, API, JIS, GMP, TSG and JB.

III. Analysis Elements and Modes

Standard configuration mode analysis range; special elements can be additionally added. It can analyze 21 standard elements such as titanium (Ti), vanadium (V), chromium (Cr), manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), hafnium (Hf), tantalum (Ta), tungsten (W), lead (Pb), bismuth (Bi), zirconium (Zr), niobium (Nb), molybdenum (Mo), cadmium (Cd), tin (Sn), antimony (Sb) and silver (Ag).

IV. Analyzable Alloy Series

Iron-based alloy series (stainless steel, chromium/molybdenum alloy steel, low-alloy steel, tool steel, seamless steel)

Nickel-based alloy series (nickel alloys, nickel/cobalt superalloys)

Cobalt-based alloy series

Titanium-based alloy series

Copper-based alloy series (bronze, brass, cupronickel, etc.)

High-temperature alloys (molybdenum-tungsten alloys)

Aluminum-based alloys

Other alloys

V. Technical Specifications