impianto di perforazione per taglio tetti

impianto di perforazione per il taglio dei tetti nelle miniere di carbone

L’impianto di perforazione per il taglio dei tetti nelle miniere di carbone è un dispositivo di perforazione altamente efficiente, progettato specificamente per il taglio direzionale dei tetti dei filoni di carbone. Grazie a una perforazione precisa, consente la separazione controllata del tetto, migliorando la sicurezza e la produttività delle operazioni in sotterraneo. È ampiamente utilizzato nei progetti di taglio del tetto e di scarico della pressione nelle miniere di carbone.

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Descrizione

Roof-Cutting Drilling Rig for Coal Mines, Model: BM2-130045Y

The roof-cutting drilling rig for coal mines is a highly efficient drilling device specifically developed to assist with gob-side entry retaining and the implementation of the 110 mining method. By performing directional drilling and cutting on the coal seam roof, the rig enables the roof to be separated in an orderly manner according to design requirements, providing strong support for roadway formation and safe production underground.

Main Features of the Roof-Cutting Drilling Rig for Coal Mines

  • Custom-designed for gob-side entry retaining and the 110 mining method, offering excellent adaptability and specificity.
  • Utilizes directional drilling technology to accurately connect and cut slots, ensuring the roof is separated along predetermined directions.
  • Compact overall layout, allowing for flexible operation and rapid movement in complex underground environments.
  • Equipped with a high-efficiency power system and intelligent controls to enhance drilling speed and operational safety.
  • Simple operation and easy maintenance, reducing manual labor intensity and improving construction efficiency.

Application Fields

This roof-cutting drilling rig is widely used in coal mine working faces, gob-side entry retaining, roadway pre-splitting, roof control, and other engineering fields. It is especially suitable for underground operations requiring directional roof-cutting pressure relief and improved roadway formation quality.