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Metal Briquetting Press: How to Turn Aluminum and Steel Swarf into Sellable Briquettes

Discover how a metal briquetting press converts loose aluminum and steel swarf into dense, sellable briquettes. Learn the cost benefits, how the hydraulic process works, and how to choose the right machine for your shop or scrap yard in Southeast Asia.

2026-09-06

BUYER GUIDE

If you run a machine shop or a scrap recycling yard in Southeast Asia, you already know the problem: loose metal chips, turnings, and swarf pile up fast, take up floor space, and cost real money to haul away. A metal briquetting press changes that equation. It compacts loose steel, aluminum, copper, and brass swarf into dense cylindrical briquettes that are easier to store, cheaper to transport, and actually sellable. This guide explains why briquetting pays, how a hydraulic briquetting press works, and how to choose the right one for your operation.

Why Briquetting Pays: The Cost Case

Loose swarf is mostly air. A cubic meter of loose aluminum turnings might weigh a few hundred kilograms. That same volume compacted into briquettes can weigh over 4 tons. The difference directly hits your bottom line in two ways.

Transport Cost Reduction

When you sell loose swarf, you pay to move air. Scrap buyers pay by weight, but freight charges are often based on volume or a combination of weight and volume. Dense briquettes let you load far more metal per truck, container, or pallet. In practice, a briquetting press can reduce transport costs by 5 to 10 times compared to shipping loose chips. For shops that currently pay a scrap hauler to take away swarf, the savings alone can justify the equipment.

Cutting Fluid Recovery

Fresh from the machine, swarf is wet with cutting fluid or coolant. That fluid is expensive, and it is also a disposal problem. A hydraulic briquetting press squeezes the swarf under high pressure, forcing out a significant portion of the cutting fluid. The recovered fluid can be filtered and reused in your machining process. This reduces both fluid purchases and waste disposal costs. The briquettes that come out are also drier, which makes them more attractive to scrap buyers and less messy to handle.

Key takeaways:

  • Briquetting reduces transport costs 5-10x by increasing bulk density.
  • Hydraulic compaction recovers cutting fluid for reuse.
  • Dense briquettes are easier to store, handle, and sell.
  • Choose a press based on material type, capacity, and integration needs.
  • Look for CE-marked equipment with a solid warranty.

How a Hydraulic Briquetting Press Works

A hydraulic briquetting press uses a powerful hydraulic cylinder to compress loose metal chips into a dense, cylindrical briquette. The process is straightforward:

  1. Feed: Loose swarf is loaded into a hopper or conveyor system.
  2. Compaction: The hydraulic ram pushes the material into a die under very high pressure.
  3. Fluid recovery: As the material compresses, cutting fluid is squeezed out and collected through drainage channels.
  4. Ejection: The finished briquette is ejected, typically onto a discharge chute or conveyor.

The result is a dense, uniform briquette that can be stacked, bagged, or fed directly into a furnace. The process works for a range of metals, including steel, cast iron, aluminum, copper, and brass.

Briquetting Systems from Tiangong

Tiangong, founded in 2008, offers a range of briquetting solutions designed for different scales and materials. All Tiangong equipment is CE-marked and backed by a 12-month warranty.

For a standalone solution, the TG-BriqPress 250 Metal Briquetting System compacts loose metal chips, turnings, and swarf into dense cylindrical briquettes. It handles steel, cast iron, aluminum, copper, and brass, and reduces transport costs 5-10x while recovering cutting fluid during compaction. This is a good fit for a single machine shop or a small recycler that wants to start briquetting without a full processing line.

If you process large volumes of aluminum swarf, the TG-AluLine 200 Aluminum Scrap Recycling Processing Line is a complete system. It integrates a twin-shaft shredder, magnetic contaminant removal, an eddy current separator, and a hydraulic briquetting press. The line transforms loose aluminum swarf into dense, furnace-ready briquettes, removing contaminants that can hurt the quality of your recycled metal.

How to Choose a Metal Briquetting Press

Selecting the right briquette press for metal chips depends on several factors. Here is a practical checklist.

Material Type

What metals are you briquetting? Aluminum swarf is light and fluffy, while steel turnings are heavier and may be more abrasive. Cast iron produces a fine, gritty powder. Copper and brass are valuable but can be harder to compact. Make sure the press you choose is rated for your primary material. Some systems, like the TG-BriqPress 250, are designed to handle multiple metals.

Volume and Throughput

How much swarf do you generate per shift or per week? A small shop might produce a few hundred kilograms a day, while a large recycler might handle tons. A standalone press is fine for lower volumes. For high throughput, consider an integrated line that includes shredding and separation, which prepares the material for more efficient compaction.

Contaminants

Do your chips contain tramp metal, fines, or other contaminants? For aluminum swarf, contamination can ruin the quality of the recycled metal. A system with magnetic separation and an eddy current separator, like the TG-AluLine 200, removes ferrous and non-ferrous contaminants before briquetting. For steel and cast iron, a simple magnetic separator may be enough.

Integration and Footprint

Do you need a standalone unit or a full processing line? Consider your available floor space and how the press will fit into your existing workflow. A standalone press is compact and can be placed near your machining area. An integrated line takes up more space but automates the entire process from shredding to briquetting.

Quality and Support

Look for a manufacturer with a track record. Tiangong has been building briquetting equipment since 2008 and all machines carry the CE mark. A 12-month warranty gives you peace of mind. Ask about spare parts availability and after-sales support, especially if you are shipping to Southeast Asia.

Comparison: Standalone Press vs. Integrated Line

Feature Standalone Press (e.g., TG-BriqPress 250) Integrated Line (e.g., TG-AluLine 200)
Material handling Accepts loose chips directly Shreds, separates, and briquettes
Metals supported Steel, cast iron, aluminum, copper, brass Aluminum swarf (with contaminant removal)
Contaminant removal None built-in Magnetic separator + eddy current separator
Footprint Compact Larger, multi-stage
Ideal for Small to medium shops High-volume aluminum recyclers

If you already have a shredder or your chips are clean, a standalone press is a cost-effective start. If you are processing large volumes of aluminum swarf and need to remove contaminants, an integrated line is worth the investment.

Additional Considerations for Southeast Asian Buyers

Humidity and heat can affect both the swarf and the machine. Ensure the press is built with corrosion-resistant components. Ask about the electrical configuration (voltage and frequency) to match your local grid. Also, consider the availability of local service or remote support. Tiangong ships internationally and can advise on installation and commissioning.

Frequently Asked Questions

What is a metal briquetting press?

A metal briquetting press is a hydraulic machine that compresses loose metal chips, turnings, and swarf into dense, cylindrical briquettes. This makes the metal easier to handle, transport, and recycle.

Can a briquetting press handle aluminum swarf?

Yes. Aluminum swarf is one of the most common materials for briquetting. Systems like the TG-AluLine 200 are specifically designed for aluminum, with shredding and separation to remove contaminants.

How much cutting fluid can be recovered?

The amount varies by material and moisture content, but a hydraulic press can recover a significant portion of the cutting fluid during compaction. The recovered fluid can be filtered and reused.

What is the bulk density of the briquettes?

High-quality briquetting presses can achieve a bulk density above 4.0 t/m³, as seen in the TG-ScrapLine 150 Integrated Scrap Processing System. This is a key factor in reducing transport costs.

Is briquetting worth it for a small machine shop?

If you generate enough swarf to fill a bin regularly, briquetting can pay off through reduced hauling costs and potential revenue from selling briquettes. Start by calculating your current transport and disposal costs.

Next Steps

Briquetting is not just about waste management; it is a way to turn a cost center into a revenue stream. Whether you choose a standalone press or a full processing line, the key is to match the equipment to your material and volume.

For more information on the TG-BriqPress 250 or the TG-AluLine 200, or to discuss your specific requirements, contact Tiangong today. Our team can help you select the right briquetting solution and provide a quote tailored to your operation.

Request a quote or ask a question — we typically respond within 24 hours.