White Fused Alumina
Application areas We recycle your blasting and abrasive waste in our own recycling plant. More info White aluminium oxide is a product for high-tech applications. Our customers in the medical technology, in...
Wet abrasive
Pink fused alumina
Application areas We recycle your blasting and abrasive waste in our own recycling plant. More info Our customers use both pink fused alumina and white fused alumina as a blasting medium and abrasive. However, the...
Brown Fused Alumina
Application areas We recycle your blasting and abrasive waste in our own recycling plant. More info When it comes to good value for money, brown fused alumina is the first choice among the angular mineral products....
Mixed Alumina
Application areas We recycle your blasting and abrasive waste in our own recycling plant. More info Mixed alumina is a secondary product that is produced from ceramic grounding wheels and reclaimed alumina dust from...
Garnet sand
Application areas We recycle your blasting and abrasive waste in our own recycling plant. More info Garnet sand is a mineral and iron-free product which has universal uses. As an abrasive sand, its main area of use...
Silicon carbide
Application areas We recycle your blasting and abrasive waste in our own recycling plant. More info Silicon carbide is – after diamond and boron carbide – the third-hardest mineral in the world. Chemically, silicon...
Glass granules
Application areas Our glass granules are popular for fine blasting work on wood and facades. Due to their angular grain shape, glass granules behave more abrasively than round glass beads in the blasting process,...
Ceramic beads
Application areas Ceramic beads from Kuhmichel create perfect surfaces with a silky matt sheen. In terms of price, ceramic abrasives move in the upper segment, but have an extraordinarily long service life. We will...
Plastic blasting media
Application areas Plastic granules were originally developed for the aerospace industry. It is always used where a cleaning or paint stripping of the surfaces is to be achieved – without changing the substance. We...
