It has an intelligent alloy library with more than 500 alloy grades included.
XRF8500 is capable of detecting precious metal alloys, high and low alloy steels, stainless steel, tool steel, chromium/ molybdenum steel, nickel alloy, cobalt alloy, nickel/cobalt heat resistant alloy, titanium alloy, copper alloy, bronze, zinc alloy, tungsten alloy, etc. in an accurate way. The material composition and grade of the alloy can be known in 1 second under the non-destructive testing. It can also perform quick identification of grades of light aluminum and magnesium alloys, and control the material quality accurately through Positive Material Identification (PMI) and Confirmation.
Rapid and precise on-site alloy grade and element determination:
Portable X-ray Fluorescence Spectrometer is Acculab’s new generation of XRFs with independent
intellectual property. It integrates Acculab’s 10 years of R&D experience in portable XRFs with technological advances in optoelectronics, microelectronics, semiconductors and computers. XRF8500 is equipped, for the first
time, with the large high resolution LCD screen and the new digital multichannel data processor.
The ultra-low detection limit makes it comparable to desktop spectrometers; being small and lightweight, it is suitable for analysis of all types of alloy samples under high portability
Alloy Industry Application:
- Precious metal alloy
- Iron and steel smelting
- scrap metal recycling
- Machine manufacturing and processing
- Boiler & other pressure vessels
- Aerospace industry
- Shipbuilding
Positive Material identification(PMI):
Material identification and elemental detection are inseparable in alloy material production and mechanical equipment manufacturing.
XRF8500 provides reliable non-destructive testing to reduce unnecessary losses by effectively eliminating “mixed materials” phenomenon.
Quality control in industrial production:
As a reliable non-destructive tester, XRF8500 participates in quality
control and management of steel smelting process, production of boilers and other high temperature and high pressure products; it guarantees product quality and safety by identifying alloy composition in shipbuilding, aerospace and other high- tech industries; it also detects quality of equipment parts to ensure equipment safety in industries that are closely related to national economy and people’s livelihood, such as power stations.
Scrap metal recycling and reuse:
XRF8500 offers on-site testing and rapid classification of metal scraps in scrap metal recycling industry.
It is useful in situations such as recycling backlog steels from warehouses, classifying metals at waste station, and recycling milling or chipping debris.
It serves as a powerful weapon in the scrap metal recycling industry for
Advantages:
1.Easier Operation:
- Light, small and available with ergonomic handle for easy grasp and special instrument cover, it is convenient for field use
- The 270 ° rotatable 5-inch HD screen is supportive of multi-point touch and remains clear under any sunlight situation
- With integral casing and good sealing capability, the waterproof and dustproof analyzer can be used in harsh environments for long time continuous operation
- No need for sample preparation. A test object can be measured directly on its surface. The instrument can do quick test of samples under hand-held mode, or perform longer and more precise testing with help of the test stand
2.Better performance:
- Rapid non-destructive test by pointing the machine at the sample, with results and alloy grade displayed after one second. Comparable to desktop spectrometers in terms of performance to deliver fast and accurate results
- The analyzer can detect simultaneously titanium, vanadium, chromium, manganese, iron, cobalt, nickel, copper, zinc, gallium, germanium, zirconium, hafnium, molybdenum, niobium, tantalum, palladium, silver, indium, tin, antimony, bismuth, antimony, tungsten, rhenium, platinum, gold, lead, antimony, and sulfur, or be customized to include more elements according to customer needs
- It can test from light element S onto satisfy the need of special customers
3.Higher-end configuration:
- Ultra-high frequency and large memory, super large storage space for massive data. The newly developed digital multi-channel technology by Acculab brings the effective sampling count rate up to 500kcps per
- Collimators and filters can be configured to 12 different combinations to meet test needs of customers under different conditions.
- With the built-in 8 megapixel high-definition camera, users can observe the test point on the sample at any time, making the measurement more accurate
4.Longer power duration:
- A 27,000mAh lithium battery is optional to increase working hour to 3 AC and car chargers are provided to ensure power supply.
- Built-in memory battery maintaining the device power on when external battery is changed
5.Higher-end configuration:
- Smart tri-color warning system: long strip type tri-color LED light, 360 degrees Green light is on when the instrument is powered on, red light flashes when a test is underway and yellow light flashes when fault occurs instrument state is clearly indicated by three different colors.
- Triple safety protection:
A: an auto sensor to make sure X-ray is not emitted if no sample is sensed. The instrument does not work at this time. B: A thickened test wall guards against scattered X-rays effectively.
C: A protective cover to protect light substrates nearby from scattering X-rays.
Safe interlock device can be activated by pressing if the instrument cannot be shut down from the software. One gentle press initiates the safety protection for you in the first place
6.Smarter software:
- XRF8500 Portable XRF Analyzer comes with a professional software program specifically developed for alloy industry, which is featured by intelligence, high sensitivity, short test time and easy
- One-button operation and dual-mode design (User Mode and Expert Mode) are considered in the new intelligent software. One-button test under the User Mode will identify sample composition; for in-depth analysis like adding new elements or adding specific curves, one needs to change to Expert
- Built-in intensity correction method corrects deviations caused by differences in geometrical states or uneven structural density of
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