Horizontal Briquetting System
Briquetting Press Machines are suitable for pressing metal scraps, such as iron scraps, cast iron scraps, copper scraps, aluminum scraps, etc., into round high-density bales, which are convenient for recycling and smelting.
Features
- Hydraulic Driven Cylinders, high working efficiency, stable and vibration-free, safe and reliable
- Stable, vibration-free, Safe, and reliable
- PLC control for complete automatic operations
- Adopt our company's unique composite cylinder patent technology
- Automatic discharge system, high production efficiency, and easy operation
Briquetting Press Machine (Horizontal) Technical Parameters
| Model | Cylinder Pressure (ton) | Cavity Size (mm) | Briquetting Size (mm) | Capacity (t/h) | Main Motor Power (kW) |
|---|---|---|---|---|---|
| Y83W-630 | 630 | ?160 x 550 | ?160 x (150-180) | 2-2.5 | 2 x 45 |
| Y83W-1250 | 1250 | ?300 x 700 | ?300 x (240-260) | 10-12 | 2 x 160 |
* Specifications are indicative and subject to change based on requirements and technical advancements.
It presses loose metal scrap such as iron, cast iron, copper and aluminium chips and turnings into round high density briquettes that are convenient to handle, store and melt.
Loose turnings have a huge surface area, so a large share burns off in the furnace. Briquetting increases density dramatically, which improves melting yield, reduces burn loss and makes handling and storage far easier.
Compression squeezes out a significant part of the residual coolant, which can be collected and reused. That recovery is often a meaningful part of the payback on the machine.
PLC control gives fully automatic operation with an automatic discharge system. The hydraulic driven cylinders run stable and vibration free, and the design uses our composite cylinder patent technology.
Horizontal systems generally suit higher continuous throughput, while vertical systems need a simpler foundation and less floor space. The decision usually comes down to available space and how many tonnes per shift you generate.
