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Briquetting systems for foundries

Prepare metal chips for the next stage of your melting process.

FOUNDRIES & METAL CASTING

A more manageable form starts before the furnace.

Loose chips and turnings can be difficult to store, move, and introduce into a charging process. Briquetting consolidates that material into a dense form for evaluation against your foundry’s feedstock and handling requirements.

Less exposed surface area can help reduce oxidation and slag formation during remelting. The result depends on the alloy, material condition, briquette characteristics, and melting process. ARS works with your team to assess the preparation equipment around those needs.

Foundry worker tending molten metal in a casting operation
Material preparation with the next process in mind.

WHERE RECOVERY CAN HELP

Evaluate the briquette and the process together.

A published machine capacity is a starting point. Your foundry’s material and charging requirements shape the final equipment choice.

Review recovery potential

Compare loose and briquetted feedstock in the context of your own melting operation. Establish results with your team rather than relying on a universal melt-yield percentage.

Define the required form

Consider briquette size, density, and integrity alongside how the material will be stored, transported, and charged.

Match production demand

Review material supply, operating hours, and the rate required to support downstream operations. Select supporting equipment around the same production plan.

PLAN THE COMPLETE PROCESS

Plan the route from chips to prepared feedstock.

Characterize the material

Identify the alloy, chip form, contamination, fluid content, and input density. Keep the foundry’s feedstock acceptance requirements part of the discussion.

Evaluate the briquette

Use sample testing to assess compaction and the required output characteristics. Coordinate feedstock suitability and charging requirements with the foundry team.

Integrate the handling

Plan infeed, discharge, collection, and movement to the next stage. Layout and equipment selection need to fit the actual charging and production arrangements.

EQUIPMENT TO EXPLORE

Start with the right options.

Use these pages to compare equipment and prepare a more focused conversation with the ARS team.

Foundry Series

Compare the higher-capacity range, stated material capacities, and representative layout drawings.

Explore Foundry Series

MAKE THE CONVERSATION PRACTICAL

Start with the foundry’s acceptance requirements.

Tell ARS about your material, production needs, and recovery goals. We can help evaluate an individual machine or a connected system.

Talk with ARS
  • Alloy, chip condition, and feedstock acceptance criteria
  • Required briquette dimensions, density, and integrity
  • Material supply and processing schedule
  • Charging arrangements, handling routes, and available space

APPLICATION QUESTIONS

A closer look at
foundries.

Is there one melt-yield figure for briquetted chips?

No single figure applies to every operation. Alloy, material condition, briquette properties, and melting practice affect recovery. Evaluate results for your own process rather than treating older example percentages as a guarantee.

How do we choose a Foundry Series model?

Start with material characteristics, required production rate, and the output your process needs. Compare the catalog specifications, then discuss sample testing and equipment selection with ARS.

Does briquetting make every material suitable for charging?

Suitability still needs to be established for the material and foundry process. Coordinate fluid condition, feedstock acceptance, and charging requirements with your foundry team; compaction alone does not establish acceptance.