SMT324 disc grinding wheel

SMT 324 Extra – flap disc grinding wheels for stainless steel and steel
The SMT 324 Extra flap disc grinding wheels are designed for universal processing of edges and surfaces of materials such as

stainless steel and
steel. These are grinding tools that impress with their high performance and are appreciated by both professional users and DIY enthusiasts. If good results and efficient work are important, the excellent properties of the SMT 324 Extra grinding wheels will be a definite advantage in everyday work. The flap disc grinding wheels from this series have a convex shape. This means that they can be used locally, as the working surface is also reduced. They are ideal tools for processing edges and welds.
Highest grinding efficiency thanks to zirconium electrocorundum
This product has grain made of proven zirconium electrocorundum. The disc is made of high-quality glass fabric with high load-bearing capacity. As a result, the grinding wheel achieves excellent grinding efficiency in all performance classes. There is no risk of glazing even at low pressure. This makes handling much easier with good processing results and high surface quality. The SMT 324 Extra grinding wheels are available in various grit sizes and diameters. The permissible speed is between 12,200 and 13,300 rpm, depending on the diameter.

Flap disc grinding wheels with an ideal price-performance ratio
The SMT 324 flap disc grinding wheels are part of the Extra product series. Klingspor offers flap disc grinding wheels for universal use with high aggressiveness and durability as well as an ideal price-performance ratio. This is a universal product that achieves good results on various steel materials, e.g. stainless steel. Therefore, grinding tools from the Extra series are always a popular choice for anyone who wants to buy at reasonable prices but does not give up high performance. In addition to convex flap discs, such as the product shown here, Klingspor also offers straight-shaped discs for grinding faces and surfaces.