A complete guide to grinding wheel technology

A column focusing on grinding wheel manufacturing, application and technological innovation.
Experts with more than 10 years of professional experience will discuss the various components of grinding wheels in depth.
This column will comprehensively introduce the design principles, selection guide, maintenance, and how to improve grinding efficiency and accuracy of grinding wheels. Whether readers have a preliminary understanding of grinding wheel knowledge or technicians seeking professional improvement, they can find practical technical analysis and industry trends here.

研磨熱

Why does heat occur when grinding? How important is it to control heat for grinding wheels and workpieces?

A complete guide to grinding wheel technology, Knowledge Column, Science Classroom / By

Grinding heat is an important phenomenon caused by high-speed friction between the abrasive grain and the workpiece during the grinding process, which will affect the workpiece and the grinding wheel. Controlling the generation and transfer of grinding heat, utilizing the appropriate coolant and adjusting process parameters can help to improve the surface quality and process stability of the workpiece.

The Grinding Effect of the Grinding Wheel Particles

The Grinding Effect of the Grinding Wheel Particles

A complete guide to grinding wheel technology, Knowledge Column, Science Classroom / By

Grinding wheels play a key role in machining, and their performance affects machining efficiency and surface quality. This article discusses in detail the structure, abrasive grain characteristics, grinding state and abrasive chip shape of the grinding wheel, and analyzes its influence on the cutting effect. With the correct parameterization, the machining quality can be improved and efficiency can be maintained.

Four types of bond

The Key Role of Grinding Wheel Performance – Bond

A complete guide to grinding wheel technology, Science Classroom / By

This article focuses on bonding agents, essential materials in grinding tool manufacturing that directly impact the tool’s performance, application range, and durability. Depending on the processing needs and material characteristics, bonding agents can be categorized into types such as metal bonds, ceramic bonds, resin bonds, and electroplated bonds. Each type offers unique advantages and limitations suited to different grinding applications. Selecting the appropriate bond requires balancing these pros and cons based on specific requirements.

Scroll to Top