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Real-time Information
What are the advantages of rectangular pipe jacking construction?
Precautions for rectangular pipe jacking?
What are the precautions for using rectangular pipe jacks?
Detailed explanation of the uses of high-frequency vibration?
Precautions for using high-frequency vibration?
Technological principle and advantages of core-mold vibrating cement pipe making machine
Rectangular pipe jacking uses a jacking device (hydraulic jack) to push pipe sections from a working pit (starting well) through the soil to a receiving pit (arrival well). It mainly relies on the cutter head of the pipe jacking machine to continuously cut soil, which is then discharged by a screw conveyor. What are the advantages of rectangular pipe jacking construction?
2023
02-09
Rectangular pipe jacking machine boasts advantages such as high space utilization, low backfill thickness requirement, minimal ground disturbance, and one-time tunnel forming. It is suitable for various diameters, soil conditions, and features fast jacking speed and minimal ground settlement after construction. Below are some precautions for rectangular pipe jacking.
01-30
The rectangular pipe jacking industry has a promising future due to its numerous benefits for businesses, making it highly popular among clients. To help people better understand it, let's discuss the precautions to take when using rectangular pipe jacking. Hopefully, this will be helpful to many.
01-29
High-frequency vibration is also very common in our lives. Because of its prominent advantages, many people choose to use it. Today, I would like to take this opportunity to introduce the uses of high-frequency vibration. If you want to know, let's take a look.
01-10
With the continuous advancement of science and technology, all walks of life have also developed greatly. The development prospect of high-frequency vibration is also very good, so the demand is increasing, and there are more and more manufacturers on the market. As a manufacturer, it is also very necessary for us to tell you about the precautions for high-frequency vibration. Interested partners can come and have a look.
01-03
Core mold vibration technology involves vertically placing inner and outer molds on a bottom tray in a pit. The hardened concrete inside the tube mold is subjected to strong vibrational forces generated by a high-frequency vibrator in the inner mold, liquefying the concrete mixture, filling the tube mold and expelling air, gradually compacting it. A forming ring is installed at the top of the tube, and it is gently rolled and compacted using hydraulic pressure. Core mold vibration technology is used in pipe manufacturing, allowing the concrete to be compacted and formed under strong vibration.
2022
12-22
Key points of chip molding vibration process forming
Core mold vibration technology involves vertically placing inner and outer molds on a bottom tray in a pit. The hardened concrete inside the tube mold is subjected to strong vibrational force from a high-frequency vibrator in the inner mold, liquefying the concrete mixture, filling the tube mold and expelling air, gradually compacting it. A forming ring is installed at the top of the tube, and it is gently rolled and compacted using hydraulic pressure. Core mold vibration technology is used in pipe manufacturing, allowing the concrete to be compacted and formed under strong vibration.
12-13
Core mold vibration cement pipe making machine process principle
The forming host is located underground for vertical production. It uses a closed structure combining an integral core mold with an integral outer mold and side molds (end molds). The intense vibration energy comes from a large-impact integral central pendulum, which is fixed to the core mold via a hydraulic device, enabling rapid mold exchange. The core mold vibration forming process involves simultaneous feeding and vibration, serving only as vibratory force. This non-directional vibratory force promotes the free flow of concrete, filling gaps effectively. Therefore, the core mold vibration structure is compact, resulting in high concrete strength.
12-01
Major quality issues and countermeasures in the chip mold vibration production process
The core mold vibration process involves the internal and external molds being vertically placed on the bottom tray in the pit. Dry-hard concrete in the pipe mold is subjected to strong vibration from the high-frequency vibrator in the internal mold, liquefying the concrete mixture, filling the pipe mold, expelling air, and becoming increasingly compact. A shaping ring is installed on the upper part of the core mold vibrating pipe, gently rubbing and adhering tightly together under liquid pressure. Core mold vibration pipe manufacturing is the process of compactly forming concrete under the action of strong impact forces.
11-21
Radial extrusion connection requirements?
Radial extrusion speed is greatly improved, and the operation is more convenient. Below, we will introduce the connection requirements of radial extrusion. If you are also interested in this topic, let's look down together with the editor. I hope it can bring you some better help when choosing.
11-11