External cylindrical grinding with vitrified bonded CBN high-performance grinding tools
Following intensive research, TYROLIT has succeeded in developing GENIS - a bond system that ensures optimum wetting and coating of the CBN grain, even with extremely low bond content. By selecting the composition of the bond, at the right firing conditions crystallization is controlled in a targeted manner.
High adhesion strength of the CBN and optimum resistance to cooling lubricants—Optimum lubricating of the CBN grain and the characteristics of the bond ensure superior grain retention and bonding. By selecting the composition of the bond, at the right firing conditions crystallization is controlled in a targeted manner. This enables the production of porous textures with high mechanical strength, which feature maximum resistance to the effect of cooling lubricants.
New high-performance CBN grain qualities—The GENIS product line is continuously being expanded by new, high-performance CBN grain qualities.
Optimized chipping space (porosity) and cool grinding—Thanks to the low bond content and optimum bonding of CBN grains, higher porosity can be achieved, creating optimized chip clearing spaces. The cool grinding specifications of our GENIS highest performance tools enable you to purposely reduce grinding forces and so make the most efficient use of the CBN grain.
Reduced grinding forces extend wheel life—In all applications, practical experience shows that reduced grinding forces enable minimal wear and maximum profile retention.
Neutral zone—On request, CBN grinding tools from the GENIS product line can also be produced with a neutral zone. The advantage of the neutral zone is that the grinding layer can be exploited to the full.
Description
This enables the production of porous textures with high mechanical strength, which feature maximum resistance to the effect of cooling lubricants. The cool grinding specifications of our GENIS highest performance tools enable you to purposely reduce grinding forces and so make the most efficient use of the CBN grain. In all applications, practical experience shows that reduced grinding forces enable minimal wear and maximum profile retention.