| Product name | Coating Thickness Gauge |
| Measuring range | 0 – 1250um |
| Application | Metal Thickness Measurement |
| Principle | Magnetic Method (F-type probe) & Eddy Current Method |










No products in the cart.
For more details,please call us.
$117.00
Compare
| Product name | Coating Thickness Gauge |
| Measuring range | 0 – 1250um |
| Application | Metal Thickness Measurement |
| Principle | Magnetic Method (F-type probe) & Eddy Current Method |










The Coating Car Paint Film Thickness Meter is a practical hardness tester designed for universal testing scenarios, featuring reliable performance and user-friendly design. With an accuracy of 0.01 and IP55 protection class, it ensures precise and stable hardness measurement even in common industrial environments. It operates on 110V voltage, adopts K-type input, and supports OEM customization to meet diverse user needs
As the “eyes” of industrial quality control, a coating thickness gauge not only helps enterprises maintain the stability of coating processes and reduce production costs, but also ensures key performances of products during use, such as corrosion resistance, rust resistance, and wear resistance, enabling enterprises to meet industry standards and customer requirements. Whether it is real-time monitoring on the production line, factory inspection of finished products, or quality verification during project acceptance, the coating thickness gauge, with its advantages of accuracy, efficiency, and convenience, has become an indispensable testing equipment in modern industrial production. With the development of industrial intelligence, coating thickness gauges are upgrading towards higher accuracy, greater intelligence, and higher integration, providing stronger support for enterprises’ quality digital management.
The Paint Coating Thickness Gauge is a professional handheld coating thickness gauge, designed for accurate metal surface coating measurement (e.g., paint, plating). It adopts two measuring principles—Magnetic Method (F-type probe) for ferrous substrates and Eddy Current Method for non-ferrous ones—covering a measuring range of 0-1250μm with 0.1μm resolution and ±(3%+1.5)μm accuracy, meeting industrial-grade precision needs.


For more details,please call us.