Flexible Diamond QRS Disc
Disco de lijado de diamante flexible
La unión de metal resiste el desgaste y se ancla La unión de metal de diamante ancla firmemente los diamantes de grado micrónico a un respaldo de tela flexible en un patrón de puntos abiertos. Se sabe que las uniones metálicas son agentes aglutinantes resistentes y duraderos cuando se trata de adherir minerales a un soporte. Cómo identificar los tres patrones de puntos abiertos El disco de tela con velcro de diamante flexible viene en tres patrones: D1, D2 y D3. He aquí cómo distinguir entre los tres. El patrón D3 es un patrón de puntos pequeños, diseñado para acabados más finos, el grado para el grado D2 es un patrón de puntos medianos diseñado para una acción de corte agresiva. Tiene un flujo de refrigerante mejorado, dado el espaciado de los puntos. El patrón D1 es el patrón de puntos más grande y es ideal para aplicaciones donde la carga es un problema. Los espacios en el diseño mineral permiten que las virutas y los escombros escapen En general, el patrón de puntos abiertos, ya sea apretado o condensado, ofrece una acción de corte agresiva al tiempo que reduce la carga. Dada su doble resistencia y flexibilidad, el disco de tela de respaldo de velcro de diamante flexible es un gran abrasivo para sus materiales difíciles de moler. Es importante destacar que este abrasivo de diamante con un respaldo de velcro (gancho y bucle) para una fijación más fácil. El respaldo de gancho y bucle permite un cambio de discos rápido y fácil, especialmente cuando la tarea requiere varios discos en una secuencia. Aplicaciones recomendadas Esmerilado de vidrio y sellado de bordes Nivelación rápida sobre incrustaciones de piedra, vidrio, cerámica Pulido de piedras, gemas, compuestos, hormigón y metal Eliminación de arañazos profundos en piedra, vidrio o compuestos dejados por pasos anteriores Materiales difíciles de esmerilar
24inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
18inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
14inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
4inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
6inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
8inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
20inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
16inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
12inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
5inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
7inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
10inch
Flexible Diamond QRS Disc
The metal bond of this sanding disc exhibits exceptional wear resistance and securely affixes micron-graded diamonds to a pliable cloth backing in an open dot pattern. Metal bonds are renowned for their robust and durable binding properties, particularly when adhering minerals to a backing material.
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Frequenstly Answer Qeustion
Q: What are the situations where diamonds are used as cutting tool?
Diamond excels in "hardness" and "heat diffusibility" as a cutting tool material. CBN, with hardness akin to that of diamond diamond is mainly used for cutting ferrous metal thanks to its lower reactivity than diamond with ferrous metal. Both materials can be polished to form "sharp cutting edge."
Q: What are the benefits of diamond tools?
Advantages. Diamond is one of the hardest natural materials on earth; much harder than corundum and silicon carbide. Diamond also has high strength, good wear resistance, and a low friction coefficient. So when used as an abrasive, it has many obvious advantages over many other common abrasives.
Q: How are diamond tools made?
High-quality Diamond cutting tools are manufactured with electrolytic iron powder where it acts as a part of the binder alloy and offers the specific arrangement of the diamond composites on to the surface of the tools.
Q: How do diamond tools work?
The actual grinding work is done by exposed diamond crystals that are held in place by the metal matrix or bond. Each diamond is supported by a bond tail which trails behind the diamond. While the blade rotates through the material, the exposed diamonds on the surface grind the material.
Q: How are diamond tools made?
High-quality Diamond cutting tools are manufactured with electrolytic iron powder where it acts as a part of the binder alloy and offers the specific arrangement of the diamond composites on to the surface of the tools.
Q: How are diamond tools made?
High-quality Diamond cutting tools are manufactured with electrolytic iron powder where it acts as a part of the binder alloy and offers the specific arrangement of the diamond composites on to the surface of the tools.
