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A diferencia de los proyectos de molienda y sellado

A diferencia de los proyectos de molienda y sellado

A diferencia de los proyectos de molienda y sellado, el hormigón pulido requiere más mantenimiento para mantener la superficie superreflectante. Por lo general, requiere mantenimiento con un limpiador c2, que es neutro en hormigón, para asegurarse de que su suelo permanezca más brillante.

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2021

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08

Ventajas del hormigón pulido

Ventajas del hormigón pulido

El hormigón pulido se logra mediante el uso de equipos, endurecedores químicos y selladores para una serie de pasos mecánicos de molienda y honing para crear una superficie estética

17

2022

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05

El mecanismo de desgaste de las herramientas de diamante

El mecanismo de desgaste de las herramientas de diamante

Los mecanismos de desgaste de las herramientas de diamante son los siguientes: desgaste por fricción, fractura de granos, fractura de unión, desgaste por desgaste, fatiga superficial e impacto, y el desgaste por fricción hace que los granos sean contundentes y lisos.

17

2022

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05

El hormigón pulido se logra mediante la aplicación de una serie de máquinas

El hormigón pulido se logra mediante la aplicación de una serie de máquinas

Unlike a grind and seal project, Polished concrete requires more maintenance to maintain that super reflective surface. Usually, it requires an application of C2 Cleaners designed for maintenance, that is concrete neutral to ensure your floors stay shiny for longer.

17

2022

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05

This is then usually followed by 4-6 steps of resin bonded diamonds and then the application of a sealer

This is then usually followed by 4-6 steps of resin bonded diamonds and then the application of a sealer

Polished concrete is achieved through applying a series of mechanical grinding and honing steps using equipment, chemical hardeners and sealers to create a surface that is aesthetically pleasing

17

2022

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05

The wear mechanisms of diamond tools are as follows: friction wear

The wear mechanisms of diamond tools are as follows: friction wear

The wear mechanisms of diamond tools are as follows: friction wear, grain breakage, bond breakage, abrasion wear, surface fatigue and impact, friction wear makes grain blunt and smooth, bond breakage makes grain fall off, the abrasive wear reduces the strength of the BINDER and promotes the abscission of abrasive grains. The wear mechanism is different in different machining processes.

17

2022

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05

The wear of diamond tools consists of three stages: the initial rapid wear stage (also called the transition stage) , the stable wear stage with the wear rate about constant and the accelerated wear stage

The wear of diamond tools consists of three stages: the initial rapid wear stage (also called the transition stage) , the stable wear stage with the wear rate about constant and the accelerated wear stage

So far, a lot of research has been done on the sawing mechanism of hard and brittle materials such as stone with diamond tools and the wear mechanism of diamond tools. However, due to the complexity of the sawing process

17

2022

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05

The stable wear stage with the wear rate about constant

The stable wear stage with the wear rate about constant

Our technical team is dedicated to the development of diamond tools with different properties to meet theexpectations and requirements of worldwide customers.

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2022

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05

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