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EDX8000T For The Analysis Of The Composition And Thickness Of Metal Coating And Plating Materials - Metal
Coating analysis can offer extensive information about materials, items, and so on. The most straightforward example is that it can measure the content of details made of a specific alloy without causing any damage to them. Another application of the analysis is to identify harmful or excessive impurities and gold plating by assessing jewelry. Coating thickness analysis can be utilized in nearly every domain of heavy and light industries, construction, public utilities, and the like.Electroplating Thickness
Since the application of the XRF 8000T Film Thickness Gauge for coating thickness measurement can obtain an accurate composition of the overlaying layer elements, it is applicable in numerous fields:
Heavy and light industries for controlling production quality;
Metallurgy that demands precise testing of the content of metals and alloys and metal sorting;
The paint and varnish industries: analysis of lead concentration in production;
Jewelry: identification of gold plating and other metals in jewelry.
Regarding plating thickness testing, XRF analysis is extensively utilized in public utility services and industries. In most cases, it helps to determine whether the details conform to the required characteristics, which is of crucial significance in certain fields such as aerospace construction.
Typical coating and plating types are:
· Galvanizing on iron/steel;
· Chromium plating on iron/steel;
· Nickel plating on iron/steel;
· Copper plating on iron/steel;
· Gold plating on copper;
· Nickel plating on copper;
As the name suggests, the XRF coating thickness tester emits X-rays. These rays cause the inner electrons to be ejected towards the atoms. This process is known as ionization. When the electrons from the inner layer of the atomic coating are ejected and no electrons are present, the atom replaces them with the outer electrons revolving around the nucleus. This replacement emits what is called fluorescent radiation. The coating thickness measurement device detects this radiation and utilizes it to construct a spectrum. The spectrum is displayed on the screen, and the user can determine the thickness of the coating when setting the main elements of the coating. The X-ray thickness gauge successfully measures single-component coatings regardless of the form and condition of the object being measured.
Benefits of Using the X-ray Fluorescence Coating Thickness Gauge for Coating Measurement
Since 1928 (the year when XRF analysis was discovered), XRF metal coating thickness gauge equipment has been enhanced. Now, it is a highly useful and convenient method of thickness analysis, with particular benefits for the user: The coating analysis does not harm the materials:
There is no need to cut the coating.
The EDX8000 Coating Thickness Tester is a multi-purpose mobile tool: it can analyze objects of various forms and sizes.
The analysis itself is conducted rapidly and can provide the user with very precise results.
Despite the application of X-rays, this test is one of the safest methods for the user. The radiation is released in the tiniest, harmless amount, in the opposite direction to the user.
The X-ray fluorescence analysis equipment is a modern method of testing coatings and materials without halting production and without damaging the object being measured.