
Add to Cart
Handheld X-ray Fluorescence Spectrometer
Description:
It is widely used in field application scenarios such as quality control, material classification, alloy identification, safety prevention and accident investigation. Alloy brand identification and metal composition rapid analysis solve the most basic raw material analysis problems of industrialization. The handheld alloy analyzer integrates the most cutting-edge scientific research innovation and is a powerful tool for metal material identification in the production process. At the same time, users can create an exclusive personalized analysis system according to their own needs.
Technical Parameters
Detector | High performance Sipin detection module |
Excitation source | 45kv/200uA silver target / tungsten target end window integrated micro X-ray tube and high voltage source |
Element detection range | 1. Elements with atomic numbers ranging from 20 to 92 calcium (Ca) to uranium (U) 2. Analysis of main elements in alloy: Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Ag, Cd, Sn, Sb, Ta, W, Pb, Bi, a total of 20 (you can continue to add) |
Detection object | Solid |
Analytical method | Direct reading analysis + basic parameter method (FP) |
Collimator & Filter | 1. Collimator of special radiation protection material, inner diameter 3mm
|
Front end test window | ≤ 9mm*5mm "waist" window |
Why choose us?
1.Design & Production : Solution Consultation for each order
Recommend the most cost -performance machine
Research & Develop the suitable one for Special- designed Model.
2.Shipping & Delivery: One-Stop Service
Production- Deliver to your door - Installation & Training- Technical Support
3.Warranty
1 year warranty with lifetime technology support
4.After-Sale Service
React within 2 Hours
Video inspection & on-site service combined
FAQ
Q: How about your warranty?
Q: What is the order process?
Q: Can we visit your factory before order?
Q: Do you accept customization service?
Description:
BMS battery management testing system is used for parameter calibration, verification, and testing during the developm