XRF X-ray Fluorescence 8000

XRF X-ray Fluorescence 8000 Applications
It is mainly used for the detection of elements such as lead (Pb), mercury (Hg), cadmium (Cd), total chromium (Cr) and total bromine (Br) contained in electronic and electrical products controlled by regulations. It is used for the detection of chlorine (Cl) and bromine (Br) in products controlled by halogens.

Compliant with Global Hazardous Substance Regulations and testing methods
The XRF X-ray Fluorescence 8000 analyzer has been approved as a screening tool in the testing of consumer products to determine whether the product complies with the following global hazardous substance regulations and testing methods:
• EU RoHS Directive (2011/65/EU)
• China RoHS Directive (ACPEIP)
• Japan RoHS
• Korean RoHS Directive
• US Consumer Product Safety Improvement Act (CPSIA) (HR4040)
• US Halogen Free Restriction Directive
• California Proposition 65
• US CPSC-CH-E1002-08 SOP standard operating procedure

XRF X-ray Fluorescence 8000 Introduction

XRF X-ray Fluorescence 8000 is a high-end model with double radiation protection system, humanized operation interface, comprehensive application of empirical coefficient method and basic parameter method V1.0 analysis software. Elemental testing ranges from S-U. That is, it can detect lead (Pb), mercury (Hg), cadmium (Cd), total bromine (Br) and total chromium (Cr) in the regulations, and can also detect chlorine (Cl) and bromine (Br) in the halogen-free directive element. The well-designed open working curve function is especially suitable for the factory process control of various materials. Compared with the traditional common instruments in the industry, this model has the advantages of rapid analysis and identification of material abnormalities in the current industry. It is based on an efficient and accurate system solution that fully solves the customer’s HSF control demands. The principle of this solution is clear, the method is feasible, and the effect is remarkable.

Abnormal material: the original full-spectrum comparison function, real-time tracking of supplier material abnormality and timely warning, has unparalleled advantages in RoHs/halogen-free and supplier control.

XRF X-ray Fluorescence 8000 working conditions：

Operation temperature：15-30℃
Relative humidity：40%～50%
Power supply：AC :220V ±5V
Net weight：42Kg
Equipment size：525mm（W)＊390mm(D)＊360mm(H)
Sample chamber size：439*300*50mm

XRF X-ray Fluorescence 8000 Technical performance and indicators:
The range of elemental analysis ranges from Magnesium (Mg) to uranium (U).
The range of element content analysis is from 1 PPm to 99.99%.
Measurement time: 100-300 seconds.
The detection limit of harmful elements specified in the RoHS directive (limited to Cd/Pb/Cr/Hg/Br) can reach up to 1PPM.
At the same time, it can analyze dozens or more elements and five layers of coatings
The detection limit for analysis can reach 2ppm, and plating analysis can analyze samples with a thickness of 0.005um
Power supply: AC 220V ± 5V. (It is recommended to configure an AC purification stabilized power supply.)
The coating thickness is generally 30 μ Within m (different for each material)
Multiple selectable analysis and identification models.
Independent matrix effect correction model.
Multivariable nonlinear recovery program
The repeatability of multiple measurements of coating thickness can reach 0.1%
The long-term stability of coating thickness measurement can reach 0.1%
The energy resolution is 144 ± 5 electron volts.
The temperature adaptation range is 15 ℃ to 30 ℃.

XRF X-ray Fluorescence 8000 Product features
A product specifically designed for environmental directives such as ROHS and EN71.
Breaking away from the traditional straight design of instruments and adopting a streamlined integrated design, the instrument is fashionable and elegant.
Using the American Amptek detector SDD, which is electrically cooled instead of liquid nitrogen cooling, it has a small volume, accurate data analysis, and low maintenance cost.
Adopting a self-developed SES signal processing system, effectively improving the sensitivity of measurement and making measurement more accurate.
One click automatic testing, simpler to use, more convenient, and more user-friendly.
Seven types of optical path correction and collimation systems, automatically switching according to different samples.
Multiple radiation leakage prevention design, with radiation protection level belonging to the highest level among similar products.
Advanced integrated heat dissipation design greatly improves the overall heat dissipation performance of the machine, ensuring the safe operation of core components.
The unique movement temperature control technology of 1.7.9 ensures the safe and reliable operation of the X-ray source, effectively prolongs its service life, and reduces usage costs.
Multiple instrument accessory protection system, which can be fully monitored through software, making the instrument work more stable and safe.
ROHS dedicated testing software with standard window design, user-friendly interface, and easy operation.
This machine adopts the USB2.0 interface, effectively ensuring accurate, high-speed, and effective data transmission。

Advantages
1. Accuracy: open working curve, with a specific work area to test key control materials.
2. Speed: Own development rapid spectrum comparison analysis method, timely warning function of supplier material changes.
3. Safety: Double X-ray protection (software, hardware, labyrinth design), to ensure the personal safety of operators and radiation damage caused by accidental operation.
4. The design of the large sample room provides a larger space than the traditional model.
5. Adopting a new optical path design, which reduces the detection limit of chlorine (Cl) element.
6. Provide an open working curve calibration platform, which can be customize the detection scheme for controlling harmful substances for users.
7. The world’s leading XRF analysis software integrates analysis methods including empirical coefficient method and fundamental parameter method (FP method).
8. Fully guarantee the accuracy of test data.
9. The output format of the test report (Excel, PDF, etc.) can be customized according to the user’s requirements, which meets the various statistical and format requirements of the factory.
10. Multilingual software interface is available.