QT4-25C Automatic Cement Block Making Machine with Hydraulic System
| Parameter | Specification |
|---|---|
| Pallet Size | 880x550mm |
| Host Machine Power | 21kw |
| Molding Cycle | 25-30s |
| Molding Method | Vibration |
| Host Machine Size | 6400x1500x2700mm |
| Host Machine Weight | 3500kg |
| Raw Materials | Cement, crushed stones, sand, stone powder, slag, fly ash, construction waste etc. |
The QT4-25C Automatic Cement Block Making Machine integrates a seamless workflow, from raw material mixing to block forming and stacking. The entire process is optimized for efficiency and precision, reducing labor costs while maintaining high-quality output. Advanced PLC control allows for easy adjustments to suit specific production needs.
Transportation of the QT4-25C is carefully managed to ensure safe delivery. The machine is securely packed in a robust wooden crate, with key components wrapped in protective materials. Shipping options include sea freight, air cargo, or road transport depending on the destination and customer preference.
The QT4-25C offers versatile solutions for block manufacturing. It supports various block types and sizes with quick mold change capability, meeting diverse market demands. Its energy-efficient design reduces operating costs while the robust structure ensures longevity, providing manufacturers with a reliable investment.
FAQ 1: How does the QT4-25C compare to other block machines?
The QT4-25C stands out with its 21kw power and high production capacity of up to 4,000 blocks per day. Its efficient hydraulic system ensures high quality at a competitive price, making it a top choice for manufacturers.
FAQ 2: What block sizes can this model produce?
This model can produce a variety of block sizes, including 400x200x200mm hollow blocks and 240x110x70mm solid bricks. It's perfect for high-quality, cost-effective production with flexible mold configurations.
FAQ 3: Is the QT4-25C easy to maintain?
Yes, the QT4-25C is designed for durability with high-quality steel construction, reducing maintenance frequency. Its efficient design helps manufacturers minimize downtime, ensuring uninterrupted production.
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