Copper Slag 0.5-1.4mm

Copper slag 0.5-1.4mm in the size range of 0.5-1.4mm refers to the granular particles of copper slag that fall within that specific size range. Copper slag is a by-product of the copper smelting and refining process and is commonly used in various industrial applications.

0.5-1.4mm Copper Slag

The size range you mentioned, 0.5-1.4mm copper slag, falls within the medium to coarse particle size range. Copper slag in this size range is often used as an abrasive material for surface preparation, cleaning, and abrasive blasting applications. It has angular and sharp edges, which make it effective for removing coatings, rust, and other contaminants from surfaces.

In abrasive blasting, copper slag is propelled at high velocity using compressed air or centrifugal force to clean or prepare surfaces. It can be used on different materials such as metal, concrete, or stone, depending on the specific application requirements.

Copper slag in the 0.5-1.4mm size range can also be used as a filler material in construction applications. It can be mixed with cement or other binding agents to create concrete or mortar with improved strength and durability properties.

Additionally, copper slag contains minerals and trace elements that can provide beneficial properties when used in soil stabilization, road construction, and aggregate applications. It can enhance the engineering properties of soils and provide stability to road surfaces.

Copper Slag 0.5-1.4mm Uses

Copper slag with a particle size range of 0.5-1.4mm can be utilized in various applications. Here are some common uses for copper slag 0.5-1.4mm in this size range:

• Abrasive Blasting: Copper slag is frequently employed as an abrasive blasting material due to its hardness and angular shape. It is effective in removing paint, rust, and other coatings from surfaces. When used for abrasive blasting, the 0.5-1.4mm particle size range allows for efficient surface cleaning while minimizing surface damage.
• Roofing Granules: Copper slag can be processed and graded into fine particles within the 0.5-1.4mm size range to be used as roofing granules. These granules are mixed with roofing asphalt to provide color and improve the durability and resistance of roofing materials to weathering, UV radiation, and fire.
• Fine Aggregate in Concrete: Copper slag in the 0.5-1.4mm size range can be used as a fine aggregate in concrete production. It can partially or completely replace natural sand, contributing to sustainable construction practices. The angular shape of copper slag particles enhances the bond between the slag and cement matrix, resulting in improved concrete strength and durability.
• Pipe Bedding and Backfill: The 0.5-1.4mm copper slag abrasive particles can be used as a bedding material for pipes and as backfill material in utility trenches. It provides good stability, drainage, and load-bearing capacity for buried pipes while minimizing settlement and pipe movement.
• Synthetic Sports Surfaces: Copper slag within the specified size range can be incorporated into the construction of synthetic sports surfaces, such as artificial turf infill. It improves the resilience and shock absorption properties of the surface, enhancing player safety and performance.

0.5-1.4mm Copper Slag Abrasive

We are the leading 0.5-1.4mm Copper slag Abrasive manufacturer and also the 0.5-1.4mm Copper slag supplier in India at a reasonable rate with the best quality. As a consequence, it is essential to purchase from a reliable 0.5-1.4mm Copper slag supplier that can give details on the quality and characteristics of the 0.5-1.4mm Copper slag abrasive. The 0.5-1.4mm Copper slag price is low compared to others. Our 0.5-1.4mm Copper slag price is Rs 10/kg.

It's worth noting that the specific application and suitability of copper slag 0.5-1.4mm depending on factors such as local regulations, the quality of the slag, and project requirements. Before using copper slag 0.5-1.4mm, it's advisable to conduct testing and consult with experts to ensure it meets the desired specifications and standards for the intended application.