• JSE: SSW R49.07 +0.00%
  • NYSE:SBSW $12.26 +1.41%
  • GOLD:US$/oz $4,601.89 +0.21%
  • GOLD:ZAR/kg R2,366,173 +0.49%
  • PLATINUM:US$/oz $1,857.20 +0.69%
  • PALLADIUM:US$/oz $1,329.00 +0.99%
  • RHODIUM:US$/oz $8,850.00 +0.00%
  • ZAR:US$ R15.99 +0.28%
  • Last updated: Aug 27, 2026 at 10:08pm
Precious metal recycling Waste Streams

Jewelry manufacturing

Assisting jewelry producers to recapture valuable materials from every step in their production workflow.

Uncover hidden value in your manufacturing process

In jewelry manufacturing, even the most precise operations can lead to the loss of valuable precious metals. Small, routine losses – from casting and polishing to everyday shop activity – can quickly add up, impacting both profitability and sustainability.

With precious metal prices remaining strong, now is the ideal time to take a closer look at your recovery strategy.

At Sibanye-Stillwater Recycling operations, we offer specialized jewelry metal recovery solutions that help manufacturers reclaim hidden value at every stage of production. From initial melting through final finishing, our approach is designed to maximize metal recovery, improve operational efficiency, and reduce environmental impact.

As the jewelry industry continues to grow, refining recovery practices has never been more important. Even minor inefficiencies can result in significant material losses over time. By identifying key recovery points and optimizing your processes, you can increase yield, reduce waste, and strengthen your sustainability goals.

We support jewelry scrap recycling for both manufacturers and retailers – helping recover precious metals from production waste quickly, securely, and efficiently.

Identify hidden value across
your workflow

True recovery starts with knowing where precious metals are slipping through the cracks. These commonly overlooked areas of jewelry manufacturing often hold more value than expected.

High-temperature processes

Casting and melting operations are major sources of metal loss, including:

  • Residue buildup in crucibles
  • Worn casting dies and molds
  • Slag and flux waste
  • Dust and debris from equipment cleaning
  • Floor sweeps near casting stations

Fabrication (rolling, drawing, stamping)

Shaping and forming processes can generate metal-rich waste such as:

  • Shavings near rolling mills and wire-drawing equipment
  • Particles around stamping and chain-making stations
  • Residue from lubricants and oils
  • Used rags, wipes, and floor debris

Assembly, finishing & cleaning

Finishing steps often produce some of the most valuable recoverable material:

  • Byproducts from filing, grinding, and sawing
  • Soldering and polishing residues
  • Contaminated brushes, rags, and polishing wheels
  • Sweepings from workbenches

General 
facility areas

Casting and melting operations are major sources of metal loss, including:

  • Residue buildup in crucibles
  • Worn casting dies and molds
  • Slag and flux waste
  • Dust and debris from equipment cleaning
  • Floor sweeps near casting stations

Small particles. Significant returns.

Even the smallest particles can add up to meaningful returns over time. Regularly evaluating and improving your recovery processes not only increases precious metal yield – it also enhances efficiency and reinforces your commitment to environmental responsibility.

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about gold

Gold

Sibanye-Stillwater is the world’s third-largest producer of gold, whose appeal as an adornment has persisted over time

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Silver

Silver is a naturally occurring chemical element and precious metal, symbolized by Ag (from the Latin argentum).

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platinum

Platinum

Autocatalysts represent the largest end-use for platinum, supported by ever-tightening emissions legislation globally.

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