Belt 4x59 Act CS910Y Ceramic Y-Weight Polyester Multibond 36 Grit

Ceramic Sanding Belts with Cloth Backing – for stainless steel, titanium

The special product for an extra long service life

Specially engineered for metal processing and offers a multitude of advantages. These include

• its multibond for an outstanding service life
• its ability to withstand unusually high loads
• its extensive range of application options
• its excellent grain adhesion

This abrasive belt has been engineered specifically for use on machinery.

Gives unbeatable abrasive performance

This abrasive belt boasts a Y-polyester cloth backing that is exceptionally tear-resistant and stands out with its unparalleled service life. The abrasive material is made of ceramic aluminium oxide, applied with a close coating and bonded with fully synthetic resin. This ceramic aluminium oxide is microcrystalline, sharp-edged, hard, extraordinarily tough and self-sharpening. The close coating offers very high levels of aggressiveness and ensure a high stock removal rate. The multibond gives this abrasive belt increased performance as it reduces the amount of waste material adhering to the abrasive grain. This quality provides for cool grinding. When used for sanding on steel, the product will not produce any heat-induced annealing colours on the workpiece. During sanding on titanium this premium product is designed to protect the abrasive belt against clogging and vitrification. It also reliably prevents any friction-induced heat that may lead to the formation of microscopic cracks on titanium alloys that are sensitive to heat.

For a wide range of application options in metal processing

Developed specifically for use in construction, container manufacturing, in the tool industry and for turbine manufacturing in aircraft construction. This high-performance abrasive belt is a particularly fine choice for rough sanding, deburring, edge machining under heavy load and surface sanding with high contact pressure. The abrasive belt can be fitted on

• pedestal sanders
• automatic sanders
• robotic applications