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Air Quality

Copper Weekly Brief — Week Ending 29 May 2026

  Copper ended the week at historically elevated levels, with pricing still shaped more by tariff expectations, geopolitical tension and tight physical availability than by any single clean supply-demand signal.…

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Glencore Australia: Long-Term Copper Leadership, Regional Investment and Processing Strength

    As a long-term member of the International Copper Association Australia, Glencore Australia holds an important place in the nation’s copper value chain and broader resources sector. Across Queensland,…

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Copper Weekly Brief — Week Ending 22 May 2026

Copper ended the week elevated but below its mid-May peak, with the market correcting from the earlier spike above US$14,000/t before stabilising in the low-to-mid US$13,000s/t range. Trading Economics shows…

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Sandfire Resources – A great Australian copper story

    Sandfire Resources is a powerful example of how Australian copper producers are stepping up to meet the challenges of decarbonisation, supply security, and innovation – and how collaboration…

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Copper has a long history in critical heat transfer components used in air-conditioning systems due to its unique properties, including:

  • High thermal conductivity
  • Formability
  • Corrosion resistance
  • Ease of joining
  • Infinite recyclability

Most recently, this list also includes its antimicrobial effect. Pure copper and copper alloys have antimicrobial properties that kill microorganisms on contact and prevent the growth of bacteria and fungi.

The wet and humid environments in air conditioning units are perfect places for mold to grow. Harmful mold spores can be spread through fans into homes and often cause serious health problems.

Everyone has heard stories about office workers sharing a building or students living together in a dorm getting sick. This is commonly referred to as “sick building syndrome” and can be caused by dirty and moldy air conditioning units.

Copper coiled units are virtually mold-free, even after years of use, which improves air and quality and living conditions.

Mold buildup in noncopper units also degrades performance and prevents units from working correctly, costing users extra money.

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