Handheld Coating Thickness Analyzer Mark 980

Coating thickness measurement plays an important role in the surface treatment process of the fabricating industry and is a necessary method to ensure that the product achieves excellent quality. If the coating is too thick, it will increase the production cost, and if it is too thin, it will fail to meet the material performance or appearance requirements. The new-generation Mark 980 handheld XRF coating thickness analyzer adopts high-resolution Si-PIN (or SDD silicon drift detector) achieve an excellent measurement accuracy and stability. Whether it is for the quality control of coating thickness in the production process, or random quality check and complete inspection for incoming material inspection, Mark 980 can meet your inspection needs.

Why Mark 980 Coating Analyzer Is a Good Choice

• Fast and easy to use– It can realize the second-level detection speed of coating thickness and composition analysis, and the size is small and portable
• High accuracy–ceramic packaged miniature X-ray source and high-performance semiconductor detector are used to effectively improve test accuracy
• Simple operation–Equipped with large, high-definition touch display, intuitive user interface, and almost no training required
• Intelligent control— fully automatic intelligent control, which can realize one-button measurement
• One machine for multiple purposes— It can quickly analyze the thickness and composition of the coating when the composition of the coating is unknown, and easily realize the standardization of coating analysis for standard coatings
• Rugged and durable— IP54 compliant, waterproof and vibration-proof, can work in harsh environments

Applications

It is widely used for the thickness measurement of metal coatings, such as the metal plating industry, alloy and precious metal industry, as well as the electronic industry, electronic components, semiconductors, PCBs, auto parts, functional electroplating, decorative parts, connectors and other surface coating thickness measurement.

Advantages of Mark 980

Fast and Easy to Use

It can realize the second-level detection speed of coating thickness and composition analysis, and the size is small and portable

High Accuracy

C eramic packaged miniature X-ray source and high-performance semiconductor detector are used to effectively improve test accuracy

Simple Operation

Equipped with large, high-definition touch display, intuitive user interface, and almost no training required

Intelligent Control

Fully automatic intelligent control, which can realize one-button measurement

Versatile Analzyer

It can quickly analyze the thickness and composition of the coating when the composition of the coating is unknown,

Typical Applications

X-ray fluorescence (XRF) handheld coating thickness analyzers are specialized devices used to measure the thickness of coatings on various substrates. These instruments utilize XRF technology to determine the elemental composition of the coating and substrate, allowing for accurate and non-destructive thickness measurements. Here are some common applications of XRF handheld coating thickness analyzers:

1. Paint and Powder Coating Inspection: XRF handheld analyzers are widely used in industries such as automotive, aerospace, and manufacturing to measure the thickness of paint, powder coatings, and other surface treatments on metal substrates. These measurements ensure that coatings meet specifications for corrosion protection, aesthetics, and performance.

2. Plating and Anodizing Processes: In electroplating and anodizing processes, XRF handheld analyzers are employed to monitor the thickness of metal coatings deposited onto substrates. By measuring the thickness of coatings such as chrome, nickel, or zinc, manufacturers can ensure product quality and adherence to industry standards.

3. Corrosion Protection and Maintenance: XRF handheld analyzers are used for corrosion protection and maintenance in industries such as oil and gas, marine, and infrastructure. By measuring the thickness of protective coatings on metal structures such as pipelines, storage tanks, and bridges, maintenance personnel can identify areas prone to corrosion and prioritize repair or maintenance activities.

4. Metal Recycling and Scrap Sorting: XRF handheld analyzers play a crucial role in metal recycling facilities by accurately measuring the thickness of coatings on scrap metal. This information helps recyclers sort and categorize scrap materials based on their coating thickness, allowing for efficient recycling processes and ensuring proper material quality.

5. Quality Control in Manufacturing: XRF handheld analyzers are used for quality control purposes in manufacturing industries to ensure the uniformity and consistency of coatings applied to products. By measuring coating thickness on finished goods or components, manufacturers can verify compliance with specifications and standards.

6. Non-Destructive Testing (NDT): XRF handheld analyzers offer a non-destructive method for measuring coating thickness, eliminating the need for destructive sampling or testing. This makes them suitable for on-site inspections and field applications where rapid and accurate measurements are required.

Overall, XRF handheld coating thickness analyzers find diverse applications across industries where precise and non-destructive measurement of coating thickness is essential for quality assurance, maintenance, and regulatory compliance.

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