The TYSP-90D concrete wet shotcrete machine was officially delivered to the construction site to help improve the quality and efficiency of African infrastructure projects.
Recently, Henan Tytion Machinery independently developed TYSP-90D concrete wet shotcrete machine successfully completed production and commissioning, and has been officially sent to a key construction project in African. The concrete wet spraying machine delivered this time adopts an intelligent control system and environmental protection and energy-saving design, which can greatly improve the spraying efficiency and reduce the rebound rate, providing cost-effective construction solutions for tunnels, mines, water conservancy and other projects.
product information
Model: SP-90C/90D
flow capacity: 3-9 m³/h
Max. pressure: 20 mpa
Max. Particle size: ≤15mm
Power: 22 kw
oil tank volume: 180 l
Max. conveying distance:
horizontal 100m / vertical 30-40m
model: tK600
flow capacity: 4-6 m³/h
Working air pressure: 0.4-0.6 Mpa
Max. particle size: ≤20mm
power: 7.5 kw
max. conveying distance:
horizontal 70m / Vertical 20m
This concrete wet shotcrete machine has the following advantages:
1. Efficient operation: The spraying volume per hour reaches 7-9 m³, which meets the needs of high-intensity continuous construction;
2. Precise control: The intelligent operation interface adjusts the wind pressure and flow in real time to ensure the uniformity of concrete ratio;
3. Environmental protection and low consumption: Compared with the traditional dry spraying process, the dust is reduced by 80%, which meets the green construction standards.
The concrete wet shotcrete machine purchased this time has passed the trial test and performed well. It not only shortens the support time, but also significantly reduces the labor cost, providing a strong guarantee for the on-time delivery of the project.
Henan Tytion Machinery Co., Ltd has always focused on technological innovation and customer needs. In the future, we look forward to friendly cooperation with more customers.