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| Brand Name: | Wanshida |
| Model Number: | Y83-6300 |
| MOQ: | 1set |
| Price: | Negotiable |
| Delivery Time: | 30days |
| Payment Terms: | Western Union,T/T,L/C |
Y83-6300 6300 kN Metal Briquetting Press with Ø200 × 300 mm Briquette Size and 1800–2000 kg/h Capacity for Cast Iron Chip Recycling
Large machining plants and metal processing facilities often generate large quantities of cast iron chips and metal sawdust during production. Loose metal chips occupy significant storage space and are difficult to transport efficiently. A high-pressure metal briquetting press provides an effective solution by compressing these loose materials into dense cylindrical briquettes that are easier to handle, transport, and reuse in smelting processes.
With a nominal pressure of 6300 kN, this metal briquetting press is designed for heavy-duty chip recycling operations. The machine produces briquettes measuring Ø200 × 300 mm, ensuring high material density and stable furnace charging performance.
The hydraulic system generates 220 MPa pressing pressure, allowing loose cast iron sawdust to be compacted into high-density briquettes without additional binders. With a processing capacity of 1800–2000 kg per hour, the machine is suitable for large machining workshops, foundries, and industrial metal recycling facilities.
| Model | Nominal Pressure (kN) | Briquette Size (mm) | Pressure on the bale | Power (kW) | Capacity |
|---|---|---|---|---|---|
| Y83-6300 | 6300 | Ø200 x 300 | 220MPa | 55 |
1800-2000kg/h Cast iron sawdust |
High hydraulic pressure enables strong compaction of loose metal chips into dense briquettes suitable for furnace recycling.
Large briquette diameter improves melting efficiency and reduces oxidation loss during smelting.
Stable hydraulic system ensures consistent briquette density and reliable operation under continuous production conditions.
Powerful motor system delivers strong pressing force while maintaining efficient energy consumption.
Heavy-duty structural frame ensures long service life and stable performance in industrial environments.
Dense briquettes reduce storage volume and significantly lower transportation costs.
The metal briquetting press uses a hydraulic compression system to transform loose metal chips into high-density briquettes.
Metal chips or cast iron sawdust are first fed into the compression chamber. A hydraulic cylinder then applies strong pressure to compact the material. Under high pressure, the loose metal particles interlock and form a solid cylindrical briquette.
The formed briquettes are automatically discharged from the machine and can be directly reused as furnace feedstock. This process significantly increases material density and improves recycling efficiency.
The briquetting press is constructed with a heavy-duty steel frame designed to withstand high hydraulic pressure and continuous industrial operation.
The compression chamber is made from wear-resistant steel plates to ensure durability when processing abrasive metal chips. The hydraulic cylinder provides the main pressing force, while the hydraulic power unit controls pressure and movement.
The machine includes a hydraulic system, electrical control system, feeding unit, and briquette discharge mechanism. These components work together to ensure stable briquetting performance.
Metal briquetting presses are widely used in industries that generate large quantities of machining scrap.
Machining factories recycle cast iron chips and steel shavings produced during cutting operations.
Foundries use briquettes as furnace feedstock to improve melting efficiency and reduce metal loss.
Metal recycling plants compress loose scrap into dense briquettes for easier transportation.
Automotive component manufacturers recycle machining waste from engine and transmission production.
Industrial metal processing plants improve scrap management through briquetting technology.
Loose metal chips are difficult to handle and often occupy large storage areas. Briquetting technology converts these loose materials into compact high-density blocks.
This reduces storage space requirements and improves transportation efficiency. Briquettes also provide stable melting performance in furnaces, reducing oxidation and improving metal recovery rates.
For machining plants and foundries handling large volumes of metal chips, briquetting systems significantly improve recycling efficiency and reduce operational costs.
Different production environments may require customized configurations.
Optional features include automatic feeding conveyors, oil filtration systems for removing cutting fluids, automatic briquette discharge conveyors, PLC touchscreen control systems, and remote monitoring systems.
These options allow the briquetting press to be integrated into automated recycling production lines.
Metal briquetting presses are widely used in metal processing industries around the world.
Automotive component factories use briquetting systems to recycle cast iron chips produced during machining.
Foundries in Europe and Asia use briquettes as furnace feedstock to improve melting efficiency.
Industrial recycling plants compress metal chips into dense blocks for easier storage and transportation.
These systems help manufacturers improve scrap recovery rates while reducing environmental impact.
Regular maintenance ensures stable long-term operation of the briquetting press.
Hydraulic oil levels should be inspected periodically to maintain proper system pressure. Moving components should be lubricated regularly, and worn sealing elements should be replaced when necessary.
Routine maintenance helps extend equipment lifespan and maintain consistent briquetting performance.
Metal briquetting technology plays an important role in sustainable manufacturing.
By compressing loose metal chips into dense briquettes, recycling processes become more efficient and environmentally friendly. Briquettes reduce scrap loss during handling and transportation and improve metal recovery rates during smelting.
They also help maintain cleaner working environments by reducing loose metal debris and dust.
What materials can the briquetting press process?
The machine is designed for cast iron sawdust, steel shavings, metal chips, and other machining scrap materials.
What is the production capacity of this machine?
The machine can process approximately 1800–2000 kg of metal chips per hour depending on material type.
What briquette size does the machine produce?
The machine produces cylindrical briquettes measuring Ø200 × 300 mm.
Do briquettes require binders or additives?
No. The briquettes are formed through high-pressure compression without the need for binders.
Why is briquetting important for metal chip recycling?
Briquetting increases material density, reduces storage space, improves transportation efficiency, and enhances furnace melting performance.
If your facility generates large volumes of metal chips or cast iron sawdust, a high-pressure briquetting press can significantly improve recycling efficiency.
Contact our engineering team to learn more about suitable briquetting solutions for your production requirements.
