The LZ-6DR/RD Diesel-driven refractory shotcrete machine ensures a consistent material flow, facilitating uniform hydration and smooth spraying. Its adjustable material output allows for an increase without compromising application quality. This compact machine, capable of spraying through 38mm inner diameter conveying hoses, is widely employed in refractory spraying and installation projects.
Powered by a diesel engine, the LZ-6DR/RD utilizes an air compressor to convey material from the feed bowl to the nozzle.
 
The operational sequence of the LZ-6DR/RD Diesel-driven refractory shotcrete machine is outlined as follows:
1. Dry material is fed through the hopper into the pockets of the rotary feed wheel below.
2. The rotary feed wheel, propelled by a heavy-duty oil bath gear drive, rotates the mix beneath the conveying air inlet and material outlet.
3. Upon the introduction of compressed air, the mix is extracted from the feed wheel pockets and travels through the outlet into the hoses.
4. The dry mix material is suspended and conveyed through hoses to the nozzle, where water is introduced, facilitating the mixing of water and dry material. This process ensures efficient and effective refractory spraying and installation.

These are the diverse applications of the LZ-6DR/RD Diesel-driven refractory shotcrete machine:
Refractory Spraying;
Structural Concrete Repair;
Slope Stabilization;
Tunnels and Mine Support;
Pools and Spas;
Retaining and Fire Walls;
Dams and Reservoirs;
Sand and Gravel Backfill.
The machine's versatility makes it suitable for a wide range of projects, ensuring efficient and high-quality performance across various applications.

The LZ-6DR/RD Diesel-driven refractory shotcrete machine comes with the following features:
 
Machine Features:
Driven by an 8.2KW diesel engine.
Continuous feed hopper for uninterrupted operation.
Bag breaker included for efficient material handling.
Equipped with a double-blade materials agitator for thorough mixing.
Pressure gauges with visible pressure indicators for monitoring.
Rubber plates that can be quickly replaced for easy maintenance.
Easy to operate and maintain.
Compact design for easy mobility.
 
Nozzle Assembly Features:
Low rebound and low dust emission for a cleaner working environment.
Compact and simple structure for ease of use.
Aluminum connectors are lightweight and more user-friendly.  
These features collectively contribute to the machine's efficiency, user convenience, and overall performance in various applications.