Diamond Wire Saw for Marble Quarrying static non-destructive cutting technology, also known as non-destructive demolition technology, is an environmentally friendly and safe new static demolition construction method developed in recent years. It is specially designed for cutting and separating large reinforced concrete structures. , Its main principle is to drive the diamond wire rope with diamond beads (Diamond Wire Saw for Marble Quarrying) to run around the object to be cut through a hydraulic motor at a high speed. The wear debris and heat are taken away by the cooling water, and as a result, the purpose of separating the object to be cut is achieved.

1. Working principle
Diamond Wire Saw for Marble Quarrying is driven by a hydraulic motor and rotates at a high speed of 25m/s to grind reinforced concrete. The rope is continuously collected by the feed motor of the drill floor to realize the cutting task of reinforced concrete.
2. Construction characteristics
①No noise, no vibration, no dust, high efficiency and environmental protection.
②It is not limited by the shape and size of the object to be cut, and it can be cut in any direction.
③Underwater cutting operations at the wharf.
3. Scope of application
①Static cutting and demolition of reinforced concrete frame columns, shear walls and frame beams in construction projects.
②Static cutting and dismantling of T beams, cover beams, wing panels, collision walls, underwater piles and other components in highway, railway, and port engineering.
4. Technical standards
①The direction change of Diamond Wire Saw for Marble Quarrying is realized by the combined installation of guide wheels. During the construction process, the installation of the guide wheels and the position relationship in the active driving wheels should be designed ingeniously to meet the cutting requirements.
②The cutting speed of Diamond Wire Saw for Marble Quarrying is not less than 18m/s.
③The quality standard of Diamond Wire Saw for Marble Quarrying should meet the requirement of greater tensile strength in the cutting process.