The Metal bond grinding wheels
are produced when crushed metals or compounds containing cubic boron nitride or
diamond are sintered on the wheel. It will result in exceptionally strong tools
that maintain shape during severe use. In addition, the metal bonding extends
the life of grinding wheels by dropping the need for repeated dressings and endures
being productive long than market-brand super abrasives.
The ceramic
grinding wheel is meant for higher resistance to wear
applications and they tend to give a particularly long life. The high
mechanical stability and the thermal load capacity of Metal Bonds give them a
great resistance to wear than offered the Resin Bonds. This is utilized particularly
in connection with grinding tools for profile grinding and machining of the materials
which exhibit a robust abrading effect, such as glass, ceramics, and ferrite.
The Grinding wheels and cut-off
wheels are enclosed in abrasive grit and it is used for grinding, cutting, and
machining applications. The ceramic grinding wheel removes material from metal,
glass, wood, and concrete. The Cut-off wheels cut or notch the surfaces. The wheels
are used with power tools & industrial machines such as angle grinders or
bench grinders. The grinding wheels are used in applications such as smooth
welding seams and preparing all the surfaces for painting. The grinding wheels
are used in tool making and also in sharpening applications.
The ceramic grinding wheel impresses
with its ultimate aggressiveness & very good tool life. Due to the
self-sharpening effect of the performance abrasive ceramic oxide grain in linking
with a special bond technology, the tool keeps its abrasiveness throughout its
entire tool life. This results in fast work progress and thus important savings
in labor costs compared to the use of conventional grinding wheels. Furthermore,
it allows work to be performed with lesser effort.
Applications of ceramic
grinding wheel
It is used in surface grinding,
It is used to work on weld seams,
It is used in chamfering, and deburring