Fuel injection components

With the GENIS 2 product line, TYROLIT defines a new performance level and a wider range of applications for external cylindrical grinding with vitrified-bonded CBN tools. GENIS 2 is characterised by a high-strength bond with excellent moistening properties, which securely binds the CBN grain.Low bond volumes enable very porous, cool-grinding and extremely easy-cutting specifications with a long lifetime.

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 crystallisation 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. 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.

With GENIS CF, TYROLIT is extending the performance spectrum of the GENIS product line with an innovative, fibre-reinforced composite core for numerous external cylindrical grinding applications. In addition to a weight reduction of up to 80%, this tool design features special damping characteristics, which result in improved grinding results and a longer lifetime.

With CSS ULTRA, TYROLIT has managed to restructure the micro-architecture of the grinding wheel with lasting effect by using high quality components and innovative sintering technology. This enables the abrasive grain to withstand much greater loads during use without breaking away prematurely. These improvements result in maximum profile retention combined with minimal wear.

With its POLARIS product line, TYROLIT is the market and technology leader in the production of galvanic bonded grinding tools. Cutting-edge production equipment, manufacturing know-how and application expertise are essential for maximum tool lives. Even the smallest amount of axial and radial run out or the slightest imbalance can reduce the service life of the tool.Additionally with the POLARIS PLUS variant, the zones with the highest levels of tool wear can be specifically reinforced, extending the life of the grinding wheel even further.

With the POLARIS LW product line, TYROLIT is a pioneer and technology leader in the area of lightweight electroplated grinding tools. Through targeted material reduction, the wheel weight has been significantly reduced.stock removal rate at the core is not random, but is calculated using a computational FEM analysis (Finite Element Method). This means that deformations and potential performance losses can be excluded. Through use of the lightweight POLARIS LW version, the maintenance intervals atthe grinding machines can be reduced and handling significantly simplified for personnel in production.

With the GENIS 2 LW product line, TYROLIT is a pioneer andtechnology leader in the area of lightweight vitrified-bonded grindingtools. Through targeted material reduction, the wheel weight hasbeen significantly reduced.The stock removal rate at the core is not random, but is calculated using a computational FEM analysis (Finite Element Method). This means that deformations and potential performance losses can be excluded. Through use of the lightweight GENIS 2 LW version, the maintenance intervals at the grinding machines can be reduced and handling significantly simplified forpersonnel in production.

With its CENTURIA product line, Tyrolit offers a complete range of conventional, resin-bonded tools for surface grinding. Different face grinding methods are used for rational production of functional surfaces with high requirements relating to evenness, plane parallelism and surface finish.Either both faces are machined simultaneously (double side face grinding), or just one face is machined using single wheels, segments, rings or cups. The components are often manufactured in mass production, which means that there are high requirements with respect to process stability.