Description
OIL SOLUBLE PASTE P800 GRAIN SIZE 14-2 Micron
Application TETRABOR is used in mechanical engineering and all areas where cost-effective lapping and fine grinding are required. From plastics (e.g. Teflon), nonferrous metals, steels, through titanium to hard metals, TETRABOR pastes are ideal for machining all materials. Even with very rough surfaces, a metal sealing surface (less than 1.4 um) can be achieved in two operations, e.g. by coarse pre-grinding with a grain of F220 and final grinding with a grain of F400.
Applications for TETRABOR include the machining of drawing dies, molds and dies of all kinds, wire guides, valves, valve seats, cylinder bushes, cylinder faces, injection pumps, hardened bearing surfaces, gauges, cutting and blanking tools, reamers, mill cutters, optical lenses, natural and synthetic gemstones and all ceramics. Advantages Short machining times thanks to high material-removal rates High surface quality thanks to the narrow grain-size distribution Heat resistance up to 350 degrees centigrade Uniform grinding even at high temperatures Low environmental impact.
Application TETRABOR is used in mechanical engineering and all areas where cost-effective lapping and fine grinding are required. From plastics (e.g. Teflon), nonferrous metals, steels, through titanium to hard metals, TETRABOR pastes are ideal for machining all materials. Even with very rough surfaces, a metal sealing surface (less than 1.4 um) can be achieved in two operations, e.g. by coarse pre-grinding with a grain of F220 and final grinding with a grain of F400.
Applications for TETRABOR include the machining of drawing dies, molds and dies of all kinds, wire guides, valves, valve seats, cylinder bushes, cylinder faces, injection pumps, hardened bearing surfaces, gauges, cutting and blanking tools, reamers, mill cutters, optical lenses, natural and synthetic gemstones and all ceramics. Advantages Short machining times thanks to high material-removal rates High surface quality thanks to the narrow grain-size distribution Heat resistance up to 350 degrees centigrade Uniform grinding even at high temperatures Low environmental impact.