Descrizione

Thick 880 coating detector nondestructive illumination tester Coating thickness gauge
Campo di applicazione
1.Electroplating plant
2.Electronic appliance factory
3.Steel works/alloy works
4.Ufficio di qualità e supervisione tecnica
5.Automobile manufacturing
6.Test center

Thick 880 coating detector nondestructive illumination tester Coating thickness gauge
Advantages and characteristics
1.Ultra-high resolution, ultra-clear camera, ultra-convenient operation, ultra-fast detection speed, ultra-user-friendly interface

2.Easy-to-use, one-click analysis of carat grades and components

3.Innovative features that help identify the composition of the coating

4.Compact body structure, bellissimo aspetto, suitable for placement in the exhibition room

5.Accurate results on sample coating thickness can be obtained within seconds of pressing the button

6.Using PC and software, you can quickly and easily make the inspection result certificate of the sample

7.Users can see the test location of the sample through the camera and the cabin lighting system, which enhances their confidence in testing

8.Thick Series analyzer test data can be downloaded and uploaded to the network, and test results are easy to view and share

9.X-ray protection lock, only in the closed state of X-ray emission, safe and reliable to ensure customer use

Thick 880 coating detector nondestructive illumination tester Coating thickness gauge
Instrument performance
1. Any number of alternative analysis and identification models

2. Multivariable nonlinear recycling program

3. Independent matrix effect correction model

4. Long-term working stability can reach 0.1%

5. Built-in high-definition camera

6. It can analyze more than dozens of elements and five layers of coating at the same time

7. Repeatability of multiple measurements can reach 0.1%

8. The coating thickness is generally within 50um (each material is different)

Electroplating thick layer detection
Thick 880 coating detector nondestructive illumination tester Coating thickness gauge
Electroplating process is to use the principle of electrolysis to lay a layer of metal on the conductive body to form a coating.
The performance of the coating is different from that of the substrate metal, and it has new characteristics to enhance the corrosion resistance of the metal (il metallo rivestito è per lo più realizzato in metallo resistente alla corrosione), aumentare la durezza, prevenire l'abrasione, migliorare la conduttività, liscio, resistenza al calore e aspetto superficiale
A seconda del tipo di rivestimento e dell'applicazione dei diversi prodotti, ci sono anche requisiti severi per lo spessore del rivestimento, che deve essere strettamente controllato
Il metodo a raggi X è adatto per determinare lo spessore dello strato di copertura metallico che deve essere analizzato durante la galvanica, circuito elettronico e altre industrie. Compreso: oro (Au) argento (Ag), lattina (Sn), rame (Cu), nichel (In), cromo (Cr) e altro spessore dell'elemento metallico.
Questo metodo di misurazione può misurare simultaneamente lo spessore del rivestimento metallico multistrato