The transfer system of the Popular Design Good Quality Hollow Block Manufacturing Machine QT9-15 from Yixin Machinery is designed for efficiency. It features smooth and rapid movement, enhancing overall productivity.
Place of Origin: China
Minimum order quantity: 1set
Color: Blue and yellow can be customzied
Material Science: Q235 Steel ,handox steel
Packing: Film
Delivery time: 25 working days
Model: QT9-15
Transaction mode: TT or 100%LC
Discharge port: Xiamen port
TECH DATA
The transfer system of the Popular Design Good Quality Hollow Block Manufacturing Machine QT9-15 from Yixin Machinery is designed for efficiency. It features smooth and rapid movement, enhancing overall productivity.
The guiding system of the Popular Design Good Quality Hollow Block Manufacturing Machine QT9-15 from Yixin Machinery ensures precise alignment. It features robust construction and smooth operation, guiding the molds accurately along the production line, enhancing the overall quality and efficiency of brick production. The block stacker of Popular Design Good Quality Hollow Block Manufacturing Machine QT9-15 from Yixin Machinery is designed for high efficiency. The stacker enhances productivity and reduces labor intensity, making it ideal for large-scale brick production in Kenya. |
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Product Classification Description: Yixin Machinery Energy-saving Reliable Good Quality Hollow Block Manufacturing Machine QT9-15 Refer to:The Yixin Machinery QT9-15 hollow block manufacturing machine features advanced automation for reduced labor and enhanced efficiency, robust design ensuring durability and low maintenance, and precise vibration technology for uniform block quality. With a high production capacity (cycle time of 15-23 seconds) and energy-saving frequency conversion control, it supports customization for diverse block sizes and shapes (e.g., hollow, solid, pavers). The machine is CE/ISO-certified, backed by a 1-year warranty and global after-sales service, making it ideal for large-scale, cost-effective construction projects.
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1. What raw materials can be used?
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2. What are the power and voltage requirements?
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