In mining and tunnel construction, there are common problems such as low efficiency of traditional rock breaking methods, restricted blasting, heavy and difficult-to-move equipment, and high safety risks, which cause delays in construction, high labor costs, and high compliance risks for the construction teams. To address these issues, ANNENG has launched Portable Rock Splitter for Mining & Tunneling, providing high-quality Rock splitter for mining, Hydraulic Rock Splitter, Quarry rock splitter, Tunnel rock splitting machine, and Rock breaking equipment for construction. With its portable design and powerful performance, it is suitable for various scenarios such as mining operations, tunnel excavation, and quarrying, completely solving the problems of traditional rock breaking and achieving efficient, safe and cost-effective construction, helping the construction teams shorten the construction period and reduce losses.
ANNENG has been deeply involved in the field of mining and tunnel rock breaking equipment. This portable rock splitting machine focuses on "lightweight and easy to carry, high efficiency and strong performance", different from traditional heavy equipment, with a lightweight body design, allowing one person to easily carry it, without the need for complex lifting, suitable for various operation scenarios such as tunnel narrow spaces, complex mining terrain, etc., significantly reducing the difficulty of equipment transportation and operation. The equipment is driven by hydraulic principles, with strong splitting force, and can complete rock splitting in about ten seconds, with efficiency several times that of traditional crushing methods, capable of quickly handling various hard rocks without blasting, achieving precise rock breaking without blasting-induced vibrations, noise, and dust pollution, and without the need for blasting approval, reducing compliance costs and safety risks.
As a professional supplier of Rock breaking equipment for construction, ANNENG's equipment combines practicality and durability. The core components are made of high-strength alloy steel and processed through vacuum heat treatment, which makes them resistant to impact and wear. They are suitable for long-term high-intensity operations, have a long average trouble-free operation time, and reduce equipment maintenance costs. Whether it is the mining-scale operation of Rock splitter for mining, the precise rock breaking in the quarry of Quarry rock splitter, or the tunnel excavation construction of Tunnel rock splitting machine, this Hydraulic rock splitter can be precisely adapted. No complex debugging is required. Ordinary workers can operate it with ease, further reducing the cost of human training.
ANNENG always takes the construction party's requirements as the core, strictly controls the production process, and ensures that each piece of equipment has stable performance and reliable quality. This not only solves many problems of traditional rock breaking methods, but also provides the construction party with a cost-effective rock breaking solution. It has become an indispensable and powerful equipment in mining and tunnel construction.
Product Features
1.Portable design, with a lightweight body that is easy to carry, suitable for complex operation scenarios such as mines and tunnels, without the need for complex lifting operations;
2. Hydraulic drive, with strong splitting force and high efficiency. It can break rocks without blasting, is safe and environmentally friendly, and does not require approval.
3. The core components are durable, resistant to impact and wear, suitable for long-term high-intensity operations, and have low maintenance costs.
Tips for Use
1.Before starting the operation, it is necessary to check the sealing performance of the hydraulic system to prevent oil leakage and ensure that the equipment is in a normal working condition.
2. When conducting the splitting operation, it is necessary to precisely locate the drilling position, ensuring that the hole diameter is compatible with the equipment, thereby enhancing the efficiency and effectiveness of rock breaking.