Travertine Hydraulic Rock Splitter

Our Hydraulic stone splitting machine is suitable for splitting all types of natural and artificial stones, cube stone/curb stone/wall stone/blockstone/tiles/pavingstone/countertops/vanity tops.
It has floating teeth up and down,we also called it individual chisels which can make Hydraulic stone splitting machine tch the natural surface of the stones perfectly.
Every splitting machine can be integrated in a production line, especially designed according to your needs.
The main characters of our machines are:
1. The electrical control cabinet adopt the French Schneider, with internal layout reasonable and neat, and
through the senor switch to facilitate rapid signal to make the movements of the machine consecutive and accurate.
2.The hydraulic system adopts from German Bosch Rexroth, providing sustainable,stable and sufficient
power to the machine.
3.With intelligent gear cutting head, itcould adjust itself according to the smooth condition of the stone surface.
4. We can design a wonderful stone cutting line from blocks to paving stone, wall stone, mosaic, cobble stone, etc, upon the demand of customers

HP120 - Machine spaccaroccia

E 'designed to be applied on a telescopic handlers with a maximum load arm of at least 1250 kg. It is equipped with adequate number of hydraulic wedges (12 to 20 elements) for the cutting of the rock drilled linearly.

The working cycle is performed by a single operator using procedure similar to that traditionally performed with punciotti manual, but with time running very low and lengths of cut maggiori.La flag portacunei machine is positioned near the line of drilling el ' operator can easily insert the wedges into the holes, which are put under pressure by remote control or remote control.

Compared to the manual process, the spaccaroccia HP 120 allows the operator to do other than potentially very dangerous tool and cut the stones away from the safe. The machine can contribute, among other things, the reduction of 'explosive in quarrying.

Product Overview
The 90mm O₂ Rock Demolition System Splitting Tube is a specialized component used in the liquid oxygen rock blasting system, designed to efficiently and safely initiate rock demolition with high explosive power. This tube plays a critical role in the O₂ rock blasting technology, which uses liquid oxygen as a gas expansion agent to generate controlled explosions for rock fragmentation. With a diameter of 90mm, it is optimized for use in drilling operations with hole diameters ranging from 90mm, providing a powerful and environmentally friendly alternative to traditional explosives.

Key Features
High-Performance Blasting: The 90mm splitting tube utilizes liquid oxygen, which, when mixed with combustibles, rapidly expands and ignites to create a powerful explosion. This results in a highly effective and efficient blasting process that provides 50-150% more explosive power than conventional mining explosives, at a significantly lower cost.

Safe and Environmentally Friendly: Liquid oxygen as the primary blasting agent is non-polluting and environmentally friendly, making it an ideal choice for mining and construction operations focused on sustainability. The technology reduces pollution and minimizes the need for large amounts of explosives, offering a safer alternative to traditional blasting methods.

Flexible and Lightweight Construction: The splitting tube features a unique structure made from a special paper tube, with accessories that enhance safety during operation. The tube's exterior is typically made from soft plastic or glass, which reduces the need for heavy steel structures, decreasing overall blasting costs and improving operational efficiency.

Durability and Safety: The 90mm splitting tube is designed to withstand the harsh conditions of rock drilling and blasting. Its internal structure is carefully engineered to ensure safety during the blasting process, minimizing the risks associated with accidental explosions.

Customizable Length: The length of the splitting tube can be customized based on the specific requirements of the blasting operation. Typically, the tube lengths range from 2 meters to 15 meters, ensuring compatibility with various hole depths and sizes.

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.

O₂ Rock Demolition System Plastic Gas Filling Pipe
The O₂ Rock Demolition System Plastic Gas Filling Pipe is a critical component that serves as the essential connection between the gas filling tank and the splitting tube. This disposable consumable plays a vital role in the safe and efficient transmission of liquid oxygen during rock demolition operations.

Key Features
Efficient Liquid Oxygen Transfer: The primary function of the plastic gas filling pipe is to facilitate the seamless transfer of liquid oxygen from the gas filling tank to the splitting tube. Its specialized design ensures an uninterrupted flow of liquid oxygen, enabling smooth and effective rock demolition processes.

Superior Sealing Capabilities: Constructed from high-quality materials, the plastic gas filling pipe boasts exceptional sealing properties. This feature guarantees minimal loss of liquid oxygen during the transfer process, optimizing the system's efficiency and minimizing waste.

Customizable Lengths: To accommodate the diverse requirements of various job sites, the plastic gas filling pipe is available in different lengths. Customers can specify the desired length, ensuring a perfect fit for their specific rock demolition operations.

High-Pressure Compatibility: The plastic gas filling pipe is engineered to withstand the high pressures associated with liquid oxygen transfer. Its robust construction ensures safe and reliable operation, even under demanding conditions.

Disposable Design: As a consumable component, the plastic gas filling pipe is designed for single-use applications. This disposable nature eliminates the need for complex maintenance procedures, reducing operational costs and ensuring optimal performance with each use.

Special double acting hydraulic cylinder that drives a wedge, mounted upon the shaft, which, when inserted between a pair of lateral feathers, creats a considerable pressure agains the sides of the hole into which the conical assembly has been placed, thus achieving the breakage of the material.

O₂ Rock Blasting System Technology: A Powerful and Sustainable Solution
The O₂ Rock Blasting System Technology revolutionizes the rock breaking and demolition industry by offering a powerful, safe, and environmentally friendly alternative to traditional mining explosives. This cutting-edge technology harnesses the explosive potential of liquid oxygen absorbed into solid combustibles, delivering superior blasting power while minimizing environmental impact and operational costs.

Unparalleled Blasting Power
The explosive power and intensity of the liquid oxygen rock blasting system far exceed that of current mining explosives by a staggering 50-150%. This remarkable performance is achieved through the controlled combustion of liquid oxygen and solid combustible materials, generating a powerful and controlled explosion that effectively fractures even the toughest rock formations.

Cost-Effective Solution
One of the key advantages of the O₂ Rock Blasting System Technology is its cost-effectiveness. Compared to traditional ammonium nitrate explosives, the liquid oxygen rock blasting system offers significant cost savings, with prices as low as one-quarter of conventional methods. This economic advantage makes it an attractive choice for mining operations, quarrying, and construction projects seeking to optimize their budgets while maintaining high productivity.

Enhanced Safety and Environmental Friendliness
Safety and environmental sustainability are at the forefront of the O₂ Rock Blasting System Technology. By eliminating the use of hazardous explosives and relying on liquid oxygen as the primary blasting agent, this technology significantly reduces the risks associated with handling and transporting explosive materials. Moreover, the system's low pollution profile and minimal environmental impact make it an ideal choice for projects with stringent environmental regulations and a commitment to sustainable practices.

Versatile and Adaptable
The O₂ Rock Blasting System Technology is highly versatile and adaptable, suitable for a wide range of applications in the mining, quarrying, construction, and demolition industries. Its modular design allows for customization to meet specific project requirements, ensuring optimal performance and efficiency in various rock breaking and demolition scenarios.

Key Components and Operation
The O₂ Rock Blasting System Technology comprises three main components:

Paper Splitting Tube (Consumable): This specialized tube is composed of a complex internal structure designed to ensure safe and effective rock blasting. The tube's diameter and length can be customized to accommodate different drilling bit sizes and project requirements.

O₂ Filling Tank (Reusable): This tank is used to fill liquid oxygen into the paper splitting tube. With capacities ranging from 500kg to 2 tons, these tanks can be tailored to meet the specific needs of each project.

Air Booster (Optional): An air booster can be incorporated into the system to increase the pressure of the liquid oxygen reloading process, enhancing the blasting effect for more demanding applications.

The system's operation involves installing the paper splitting tube into the drilled hole, filling it with liquid oxygen from the filling tank, and initiating the controlled combustion process. This results in a rapid expansion of the gas, generating immense pressure that effectively fractures the rock formations.

Conclusion
The O₂ Rock Blasting System Technology represents a groundbreaking advancement in the rock breaking and demolition industry, offering a powerful, safe, and environmentally friendly solution. By leveraging the explosive potential of liquid oxygen and solid combustibles, this technology delivers unparalleled blasting power while minimizing environmental impact and operational costs. With its versatility, adaptability, and modular design, the O₂ Rock Blasting System Technology is poised to revolutionize the way we approach rock demolition projects, paving the way for a more sustainable and efficient future.

Introduction
At Gaea Rock, we are proud to present our advanced Hydraulic Rock Splitting Rod, a cutting-edge solution for precision rock breaking, demolition, and material separation across multiple industries. This innovative tool represents a significant leap forward in rock demolition technology, offering a safe, precise, and environmentally friendly alternative to traditional blasting methods.

Technical Principle
The Hydraulic Rock Splitting Rod harnesses the power of high-pressure hydraulic liquid to generate extraordinary splitting force. By carefully inserting the rod into a target object and applying controlled hydraulic pressure, the tool creates a powerful internal force that systematically breaks materials along predetermined fracture lines. This unique mechanism allows for unprecedented precision in rock breaking and demolition operations.

Key Advantages
Unparalleled Safety
Unlike traditional explosive rock blasting methods, our Hydraulic Rock Splitting Rod eliminates the risks associated with explosives. The tool provides a controlled, predictable rock breaking process that significantly reduces operational hazards.

Exceptional Precision
Our advanced design enables operators to adjust force magnitude and direction with remarkable accuracy. This precision ensures minimal collateral damage to surrounding structures and environments during rock demolition projects.

Environmental Sustainability
Gaea Rock's Hydraulic Rock Splitting Rod produces zero harmful emissions, making it an eco-friendly solution for rock breaking and demolition. The technology aligns perfectly with sustainable development principles, reducing environmental impact compared to traditional blasting techniques.

Comprehensive Application Fields
Mining Engineering
Stone crushing and processing
Rock separation and extraction
Precise mineral extraction operations
Construction Engineering
Controlled demolition of concrete structures
Precise wall and bridge deconstruction
Infrastructure modification projects
Demolition Engineering
Removal of concrete pavements
Sewer and infrastructure deconstruction
Urban renewal and reconstruction projects
Rock Engineering
Rock embrittlement techniques
Crack expansion and controlled fracturing
Geological investigation and manipulation
Innovative Technologies
Intelligent Control System Our latest Hydraulic Rock Splitting Rod integrates advanced sensors and intelligent controllers, enabling:
Automated operation monitoring
Real-time performance tracking
Enhanced operational safety and efficiency
Lightweight Ergonomic Design Utilizing cutting-edge materials and structural innovations, our rock splitting rod offers:
Reduced operational weight
Improved portability
Enhanced user comfort and maneuverability
Energy-Efficient Technology Gaea Rock's commitment to sustainability is reflected in:
Low-noise hydraulic systems
Reduced energy consumption
Minimized environmental footprint
Conclusion
The Gaea Rock Hydraulic Rock Splitting Rod represents a paradigm shift in rock breaking and demolition technology. By combining advanced hydraulic engineering, intelligent design, and a commitment to safety and sustainability, we have created a tool that exceeds industry standards and opens new possibilities in rock demolition and material separation.

Our innovative approach ensures that professionals across mining, construction, and demolition industries can achieve their objectives with unprecedented precision, safety, and environmental responsibility.

Experience the future of rock breaking with Gaea Rock's Hydraulic Rock Splitting Rod – where technology meets innovation.

Electric Hydraulic Rock Splitter Operating Instructions
Introduction
The electric hydraulic rock splitter, proudly manufactured and distributed by Yantai Gaea, represents a revolutionary advancement in rock-breaking technology. Combining the immense power of hydraulic force with the convenience and environmental benefits of electric power, our splitter is the ideal choice for mining, construction, and civil engineering applications where reliable and efficient rock breaking is required.
Product Overview
Our electric hydraulic rock splitter consists of two main components: a hydraulic pump station and a splitting rod. The splitting rod is driven by high-pressure oil from the pump station, which activates a cylinder to generate substantial driving force. After mechanical amplification, this force allows the object to be split in a predetermined direction with precision and efficiency.
Advantages of the Electric Hydraulic Rock Splitter
Powerful Performance: Capable of splitting rocks in approximately 5-12 seconds, significantly increasing productivity.
1.Environmental Benefits: Electric power eliminates emissions associated with fossil fuels, offering a cleaner operation.
2.Safety: Incorporates advanced safety features such as safety interlocks, emergency stop functions, and protective guards.
3.Low Noise Emissions: Electric motors contribute to a quieter and more comfortable working environment.
4.Versatility: Suitable for silent mining of various hard rocks, including granite, volcanic rock, quartzite, basalt, sandstone, limestone, marble, dolomite, and more.
Operating Steps
1.Prepare the Free Surface:
Before splitting, a free surface (also known as a volley surface) must be created.
Methods include drilling oblique holes or using a core drilling machine.
2.Drilling Holes:
Drill holes on the side of the free surface where splitting is desired.
Use a drilling machine to create holes with a diameter suitable for the splitting rod (commonly 120mm) and a depth of at least 1.2 meters.
3.Insert the Splitting Rod:
Fully insert the hydraulic splitting rod into each drilled hole, ensuring proper placement.
4.Connect Hydraulic Hoses:
Attach the high-pressure oil hoses to the splitting rod.
Hoses are color-coded: blue for high-pressure and black for low-pressure.
5.Fill Hydraulic Pump Station:
Add anti-wear hydraulic oil to the pump station, filling it to the required level as indicated by the dipstick.
6.Power Connection:
Connect the hydraulic pump station to a three-phase four-wire 380V power supply.
Ensure the motor rotates clockwise (forward rotation).
7.Activate Splitting Process:
Start the power supply.
Shift the manual directional valve towards the blue high-pressure hose to initiate oil flow.
The splitting rod extends, generating force towards the free surface, causing the rock to split.
8.Monitor Pressure:
Observe the hydraulic oil gauge until it reaches 120 MPa.
At this point, the hydraulic station stops and holds pressure, indicating the splitting process is complete.
9.Retract and Remove Splitting Rod:
Shift the manual directional valve towards the black low-pressure hose to retract the rod.
Manually remove the splitting rod from the hole.
10.Repeat as Necessary:
Continue the process for each hole to achieve the desired rock fragmentation.
Safety Precautions
Always wear appropriate personal protective equipment (PPE), including safety glasses, gloves, and hearing protection.
Ensure all connections are secure before operating the equipment.
Keep bystanders at a safe distance during operation.
Regularly inspect equipment for signs of wear or damage.
Customer Support and Service
At Yantai Gaea, customer satisfaction is our top priority. We provide comprehensive after-sales support, including:
Installation Assistance: Our technical team can guide you through the setup process.
Training: We offer training sessions to ensure safe and effective use of the equipment.
Maintenance and Troubleshooting: Our experts are available to help maintain optimal performance.
Spare Parts Availability: We maintain an inventory of spare parts to minimize downtime.
Conclusion
The electric hydraulic rock splitter by Yantai Gaea offers a breakthrough solution for efficient and environmentally friendly rock breaking. With its robust construction, exceptional performance, and safety features, it stands out as a reliable tool in mining, construction, and civil engineering projects.
Contact Us

For detailed information, technical specifications, or personalized assistance, please do not hesitate to contact us. We are dedicated to meeting your specific requirements and exceeding your expectations.

CO2 Rock Demolition: A Revolutionary Approach to Rock Blasting
Introduction
CO2 rock demolition is an innovative technology that offers a safe and efficient alternative to traditional explosive rock blasting methods. By utilizing the expansive properties of liquid carbon dioxide, this method achieves effective rock fragmentation without the associated risks and environmental concerns of conventional explosives.
The Need for a Safer Rock Blasting Method
Traditional explosive rock blasting has long been associated with major safety hazards, including gas explosions, structural damage, and environmental pollution. Explosive blasting can generate powerful shockwaves (exceeding 1000-5000 MPa) that cause significant vibrations, potentially leading to accidents such as building collapses, transmission line destruction, and even loss of life. Moreover, explosive rock blasting can trigger secondary disasters like gas outbursts, water inrushes, and induced seismic activities.
Principles of CO2 Rock Demolition
CO2 rock demolition technology harnesses the rapid expansion of liquid carbon dioxide when it transitions from a liquid to a gaseous state upon sudden heating. This process generates a strong but controlled impact force (approximately 200-400 MPa) that fractures the rock. The expansion is slower compared to explosive rock blasting, with detonation velocities around 3 m/s, significantly reducing vibrations and the risk of collateral damage.
Advantages of CO2 Rock Demolition Over Traditional Rock Blasting
1.Enhanced Safety
Non-Explosive Process: CO2 rock demolition is an endothermic reaction that absorbs heat, reducing the risk of igniting combustible gases or causing explosions.
Reduced Vibration and Noise: The lower impact force and slower expansion minimize vibrations and noise pollution, protecting nearby structures and environments.
No Harmful Byproducts: The process emits only gaseous carbon dioxide, an inert gas, eliminating the production of toxic gases associated with explosive rock blasting.
2.Environmental Friendliness
Utilization of Industrial CO2: This technology repurposes carbon dioxide, often a waste product from industrial processes, contributing to waste reduction.
Minimized Environmental Impact: With less dust, noise, and vibrations, CO2 rock demolition is more environmentally friendly than traditional rock blasting methods.
3.Operational Efficiency
Controlled Rock Blasting: Allows for precise rock fragmentation, improving operational efficiency and reducing the risk of over-break.
Scalable Application: Suitable for various projects, including open-pit mining, road construction, tunnel excavation, and underwater blasting.
4.Cost-Effectiveness
Lower Overall Costs: Reduces the expenses associated with safety measures, environmental remediation, and anti-terrorism concerns inherent in explosive rock blasting.
Ease of Transportation and Storage: Liquid CO₂ is easier and safer to transport and store compared to explosives.
Applications of CO2 Rock Demolition
CO2 rock demolition technology is versatile and can be applied in numerous rock blasting scenarios:
Mining and Quarrying: Efficiently breaks rock formations without the hazards of traditional explosives.
Construction Projects: Ideal for foundation excavation, trenching, and demolition in urban areas where vibrations must be minimized.
Tunnel Excavation: Enhances safety in tunneling operations by reducing the risk of gas explosions and structural damage.
Underwater Rock Blasting: Suitable for dredging and underwater construction where explosive use is restricted.
Conclusion
CO2 rock demolition represents a significant advancement in rock blasting technology, offering a safer, more environmentally friendly, and efficient alternative to traditional explosive methods. By embracing this innovative approach, industries can enhance safety, reduce environmental impact, and improve operational efficiency in rock blasting applications.
Experience the Future of Rock Blasting with CO2 Rock Demolition Technology
Adopting CO2 rock demolition technology transforms the way we approach rock blasting. Its numerous advantages over traditional methods make it the ideal choice for modern engineering and mining projects seeking safety and efficiency.