Vitrified Super Abrasives
Ceramic-bonded superhard abrasive tools are manufactured by cold pressing and sintering raw materials to bond the superhard abrasive particles together into segments. These segments are then bonded and cured to a base material, followed by post-processing steps. Among all abrasive tools, they have the highest operating linear speed and withstand significant forces during use. They utilize steel or carbon fiber materials to create ultra-high-strength bases to meet the requirements of high-speed grinding environments, with maximum operating linear speeds reaching 160 meters per second. These abrasive tools combine the characteristics of superhard abrasives and ceramic binders: strong grinding ability, lower grinding temperature, less tool wear, high durability, and long service life. They also exhibit good heat, oil, water, acid, and alkali resistance, and their porous material structure facilitates chip removal. Their shape retention ability is stronger than resin-bonded abrasive tools, and their dressing costs are lower than metal-bonded abrasive tools. They are also easy to dress online, making them the most suitable superhard abrasive tools for use on CNC machine tools.Ceramic-bonded superhard abrasive tools are manufactured by cold pressing and sintering raw materials to bond the superhard abrasive particles together into segments. These segments are then bonded and cured to a base material, followed by post-processing steps. Among all abrasive tools, they have the highest operating linear speed and withstand significant forces during use. They utilize steel or carbon fiber materials to create ultra-high-strength bases to meet the requirements of high-speed grinding environments, with maximum operating linear speeds reaching 160 meters per second. These abrasive tools combine the characteristics of superhard abrasives and ceramic binders: strong grinding ability, lower grinding temperature, less tool wear, high durability, and long service life. They also exhibit good heat, oil, water, acid, and alkali resistance, and their porous material structure facilitates chip removal. Their shape retention ability is stronger than resin-bonded abrasive tools, and their dressing costs are lower than metal-bonded abrasive tools. They are also easy to dress online, making them the most suitable superhard abrasive tools for use on CNC machine tools.Ceramic-bonded superhard abrasive tools are manufactured by cold pressing and sintering raw materials to bond the superhard abrasive particles together into segments. These segments are then bonded and cured to a base material, followed by post-processing steps. Among all abrasive tools, they have the highest operating linear speed and withstand significant forces during use. They utilize steel or carbon fiber materials to create ultra-high-strength bases to meet the requirements of high-speed grinding environments, with maximum operating linear speeds reaching 160 meters per second. These abrasive tools combine the characteristics of superhard abrasives and ceramic binders: strong grinding ability, lower grinding temperature, less tool wear, high durability, and long service life. They also exhibit good heat, oil, water, acid, and alkali resistance, and their porous material structure facilitates chip removal. Their shape retention ability is stronger than resin-bonded abrasive tools, and their dressing costs are lower than metal-bonded abrasive tools. They are also easy to dress online, making them the most suitable superhard abrasive tools for use on CNC machine tools.
Vitrfied bond has low hardness and easy to be dressed intodifferent shapes to meet the demand for the grinding and cutting of highly precision materials which are hard to be machined.
The porosity is very high and adjustable which is benefit to the cooling and chip removal,with good self-sharpening,high grindingandcuttingefficiency.noteasy to induce theburn of the workpieces.
Heat resistance,oll resistance,acid and base resistance and environment frlendly.
Suitable to high-speed grinding and cutting of PCB cutters and alloys such as high-hardness metals.
and low-speed lapping of hard-britle non-metal materials such as glass and crystals.
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Vitrified Super Abrasives with 160 m/s Operating Speed, High Durability, and Excellent Chemical Resistance for CNC Grinding Images
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