Non working face crimping basalt tile

 

Non-working face crimping basalt tile is a type of construction material made from melted basalt rock.

Non-working face crimping basalt tile is a type of construction material made from melted basalt rock, which is then poured into molds and allowed to cool and solidify. It is commonly used in high-wear applications where the tile is not in direct contact with the material being processed or handled.

The unique design of non-working face crimping basalt tiles involves a series of ridges formed on the surface of the tile. These ridges create extra surface area, providing increased abrasion resistance and preventing slippage between the tile and the underlying surface.

Some common applications for Non-working face crimping basalt tile

  1. Conveyor belts: Non-working face crimping basalt tiles can be installed on conveyor belts to increase traction and reduce slippage, improving the efficiency of the conveyor system.
  2. Vibrating screens: These tiles can be used as screen mats in vibrating screens, providing better wear resistance and reducing downtime due to maintenance.
  3. Hopper linings: Non-working face crimping basalt tiles are often used as hopper linings in industries such as mining or cement manufacturing, where abrasive materials are processed, and high levels of wear and tear are expected.
  4. Chute linings: These tiles can be used to line chute systems, preventing material build-up and improving flow through the system.
  5. Separator plates: Non-working face crimping basalt tiles are used as separator plates in electrostatic precipitators and other air pollution control equipment used in industrial processes.
  6. Storage tanks: These tiles are used to line tanks used for storing abrasive or corrosive materials, protecting the tank walls from damage and extending their lifespan.

In conclusion, non-working face crimping basalt tiles are a versatile and durable construction material commonly used in industries where high levels of wear and tear are expected. Their unique design provides extra abrasion resistance and improved traction, making them ideal for use in conveyor belts, vibrating screens, hoppers, chutes, separator plates, and storage tanks.

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