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The application effectiveness of carbon dioxide fracturing tubes in mining engineering continues to be evident, and safe rock-breaking solutions are gradually being implemented.

In recent years, as requirements for safe mining operations and environmental protection standards have continued to rise, traditional explosive blasting has become increasingly inadequate to meet practical needs in some mining areas and engineering applications. As a physical fracturing method that is free of explosives, free of open flames, and produces low vibration, carbon dioxide fracturing tube technology is being adopted by an increasing number of mining and engineering companies, emerging as an important choice for safe rock breaking. Against this backdrop, the practical application effects of carbon dioxide fracturing tubes in actual mining projects are gradually becoming evident, and their safety and controllability have been thoroughly validated.

Dec 23,2025

The application effectiveness of carbon dioxide fracturing tubes in mining engineering continues to be evident, and safe rock-breaking solutions are gradually being implemented.

In 2025, the global mining industry will accelerate its transition toward green fracturing technologies—demand for CO₂ blasting applications continues to rise.

As the global mining industry enters a new phase characterized by "high safety, high environmental protection, and high efficiency," traditional explosive materials have come under strict restrictions in many countries and regions. In recent years, green, flameless fracturing technologies—represented by **carbon dioxide blasting (CO₂ fracturing technology)**—have gradually become a key technological focus for mining companies, engineering contractors, and overseas resource developers.

Dec 08,2025

In 2025, the global mining industry will accelerate its transition toward green fracturing technologies—demand for CO₂ blasting applications continues to rise.

Carbon dioxide fracturing technology is accelerating its replacement of traditional blasting—marking the entry of green mine construction into a “new era of safe rock breaking.”

Dec 01,2025

Carbon dioxide fracturing technology is accelerating its replacement of traditional blasting—marking the entry of green mine construction into a “new era of safe rock breaking.”

Chuangpuda Machinery Leads Innovation in CO₂ Fracturing Equipment

Chongqing, China — Chongqing Chuangpuda Machinery Technology Co., Ltd. continues to strengthen its position as a leading manufacturer in the field of CO₂ fracturing equipment. With advanced R&D capabilities and a strong commitment to green innovation, the company is redefining energy technology with safer, cleaner, and more efficient solutions.

Oct 28,2025

Chuangpuda Machinery Leads Innovation in CO₂ Fracturing Equipment

The difference between carbon dioxide blasting and explosive blasting is that carbon dioxide blasting is safe, environmentally friendly, and free of dud shots and destructive shock waves.

Rock blasting engineering: Differences between carbon dioxide blasting and explosive blasting. Carbon dioxide blasting is safe, environmentally friendly, and eliminates misfires and destructive shock waves.

Jun 04,2025

The difference between carbon dioxide blasting and explosive blasting is that carbon dioxide blasting is safe, environmentally friendly, and free of dud shots and destructive shock waves.

A carbon dioxide fracturing device is a piece of equipment that uses carbon dioxide to fracture rock in mining, as an alternative to blasting.

Carbon dioxide fracturing equipment is specifically designed and developed for the mining industry. It is mainly used for mining, quarrying, rock splitting, stone yards, and metal mine splitting and mountain opening.

Jun 04,2025

A carbon dioxide fracturing device is a piece of equipment that uses carbon dioxide to fracture rock in mining, as an alternative to blasting.
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