QT6-15 Cement Hollow Block Machine Hydraulic Paver Block Making Plant
| Feature | Description |
|---|---|
| Control System | PLC Intelligent Control with Man-Machine Interface |
| Production Capacity | Produces standard and special bricks with varying specifications by changing molds |
| Motor System | Four-motor driven vibration system; 30-40% higher efficiency |
| Mold Positioning | High-precision gear positioning system with synchronous shafts for consistency |
| Feeding System | Double synchronous shaft with 4-cylinder distribution for stability |
| Damping System | Air bag damping reduces noise and vibration damage |
| Mold Material | National and EU standard steel with 55-63HRC hardness after treatment |
| Hydraulic Valves | High-quality valves from Taiwan CALYCA or Japan YUKEN |
| Touch Screen | Integrated with PLC system |
Mode of Transport: The QT6-15 Cement Hollow Block Machine can be transported via standard 40-foot shipping containers. Secure packaging ensures the machinery arrives at the factory without damage. Shipping companies provide international logistics solutions.
Product Certifications: This block machine is certified with ISO9001, CE, and SGS standards, ensuring high quality and compliance with international manufacturing protocols. Certification guarantees reliability and factory support.
Environmental Protection: The machine utilizes industrial waste like coal ash and slag, promoting environmental sustainability. Energy-efficient production reduces carbon footprint while maintaining cheap operation costs.
FAQ
How many blocks can the QT6-15 machine produce per day?
The QT6-15 can produce approximately 5,000-8,000 standard blocks daily. Varying block sizes affect production rates when buying different molds.
What is the power consumption of the QT6-15 block machine?
The machine has an average power consumption of 30 kW per hour, reflecting its high efficiency developed by the manufacturer for industrial use.
Can the machine be operated in cold climates?
Yes, the QT6-15 operates efficiently between -5℃ and 40℃. The robust design and high-quality components enhance performance in varied environments.
Image Description



















