Product Introduction

1、 Introduction

Multi functional abrasive particle analyzer abrasive particle chart CDIt is a comprehensive database that stores abrasive image information of various lubrication equipment. This database combines filter membrane spectrum technology and analytical ferrography technology, including 1000 color images and their detailed information. The organic combination of two technologies has improved the efficiency and reliability of fault prediction for black metal or non-ferrous metal components, and achieved a high level of analysis for small abrasive particles.

This chart can be used for wear analysis to detect and diagnose equipment. A map of abrasive particles in mechanical oil, which includes several photos of abrasive particles in mechanical oil. The map determines the source of abrasive particles by analyzing their contour morphology, surface texture, size, and color characteristics. The spectrum of the present invention is compiled based on more than ten years of accumulated experience in ferrography analysis technology. It compiles photos of various typical abrasive particles generated by machine friction pairs and various pollutant particles contained in machine lubricating oil, providing detailed explanations of their characteristics, mechanisms or sources, and comprehensively elaborating on examples of using ferrography analysis technology for working condition monitoring

IIMulti functional abrasive particle analyzer abrasive particle chart CDpurpose

1. Assist laboratory engineers in quickly and accurately identifying abrasive particles and locating equipment wear status

2Assist factory lubrication engineers in quickly locating equipment wear status and sources of pollutants, ensuring the operational status of the equipment

IIIAdvantages and characteristics of abrasive pattern CD products

1. Integrated database of filter membrane spectrum technology and analytical labeling technology

2. The analysis wizard guides users to find spectra that are related or match the microscopic images of oil samples, making it easy to use

3. Built in wear degree classification system based on filter membrane spectrum analysis technology, which includes a wear degree recognition module (including 456 images and over 100 application cases).