127Mm O2 Rock Breaking Tube Stone Demolition Pipe

Product Overview
The 127mm O₂ Rock Demolition System Splitting Tube is a revolutionary component designed for the gas expansion rock demolition technology, offering a safe and environmentally friendly solution for rock fragmentation. This advanced tube harnesses the power of liquid oxygen and combustible materials to generate controlled explosions, making it an ideal choice for mining, construction, and demolition projects.

Key Features
Controlled and Efficient Demolition: The 127mm splitting tube utilizes the principle of gas expansion to break down rock formations. By combining liquid oxygen and combustible materials, such as rolled paper, the tube creates a rapid and controlled explosion, effectively fracturing the rock without the need for traditional explosives.

Reduced Environmental Impact: Unlike conventional blasting methods that rely on explosives, the gas expansion rock demolition technology employed by the 127mm splitting tube significantly minimizes environmental harm. It eliminates the use of hazardous materials and greatly reduces vibrations and other harmful effects associated with traditional blasting techniques.

Superior Safety: The absence of explosive materials in the gas expansion rock demolition system enhances overall safety during transportation, handling, and operation. This feature makes the 127mm splitting tube an attractive choice for projects where safety is a top priority.

Customizable Dimensions: The splitting tube is designed to accommodate a wide range of drilling operations, with a diameter of 127mm optimized for hole sizes ranging from 60mm to 150mm. Additionally, the tube length can be customized to meet specific project requirements, typically ranging from 2 meters to 15 meters.

Robust and Durable Construction: Constructed from specialized materials, the 127mm splitting tube is built to withstand the extreme conditions of rock demolition operations. Its complex internal structure ensures reliable performance and longevity, minimizing the risk of malfunctions and maximizing operational efficiency.