PZ-5B Explosion proof Spraying Machine

NegotiableUpdate on 12/02

Model

Nature of the Manufacturer: Producers

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Place of Origin

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Overview

The PZ-5B explosion-proof shotcrete machine is a dry concrete shotcrete machine that uses compressed air to transport a certain proportion of concrete mixture through pipelines and spray it at high speed onto the sprayed surface to solidify and harden, thereby forming a concrete support layer

Product Details

PZ-5BIntroduction to Explosion proof Spraying Machine Products

PZ-5BExplosion proof spraying machine is a dry concrete spraying machine that uses compressed air to transport a certain proportion of concrete mixture through pipelines and spray it at high speed onto the sprayed surface to solidify and harden, thereby forming a concrete support layer. The shotcrete technology is widely used in fields such as construction, railway and highway tunnel construction, mine shaft and roadway construction, and slope reinforcement due to its simple process, unique effects, economical cost, and fast construction speed.

PZ-5BMain features of explosion-proof spraying machine

1.Directly connected rotor type non bonded material chamber, smooth discharge, efficient and time-saving:

2.Four point elastic compensation compression, good sealing effect, less dust near the machine, long service life of vulnerable parts:

3.Adopting low-pressure high-speed vortex airflow transportation to overcome problems such as adhesion, pipe blockage, and pulse separation in material transportation, the material flow is uniform, continuous, and stable

4.New nozzle, discharge elbow device, improved spraying effect, less rebound, and high spraying layer quality.

PZ-5BStructure and working principle of explosion-proof spraying machine

The mixed material is fed into the hopper of the jet machine through a vibrating screen from the discharge port of the batching mixer. It is then moved by the feeder and injected into the direct feeding chamber of the rotor body. It rotates along with the cyclone to the discharge port, where compressed air is introduced from the air chamber to blow the material into the discharge elbow. Here, another compressed air is introduced by the cyclone, which is in a multi head wind spiral state to blow and accelerate the material, causing it to rotate and float. It then enters the feeding pipe and reaches the nozzle, where a small amount of supplementary water or liquid coagulant is added and sprayed out.