Member sign-in
  • Leadership
    • imageBackLeadershipExplore Moreimage
  • Sustainability
    • imageBackSustainabilityExplore Moreimage
    • Material StewardshipExplore Moreimage
    • Blood Lead ProgramExplore Moreimage
    • Life Cycle AssessmentExplore Moreimage
  • Research
    • imageBackResearchExplore Moreimage
  • Events
    • imageBackEventsExplore Moreimage
  • Members
    • imageBackMembershipExplore Moreimage
  • Resources
    • imageBackResourcesExplore Moreimage
  • About Us
    • imageBackAbout UsExplore Moreimage
    • TeamsExplore Moreimage
  • News
    • imageBackSee news dashboardExplore Moreimage
    • Affordable energy storage for Europe Explore Moreimage
    • It’s a plan, but it doesn’t go far enough Explore Moreimage
    • Pb2025 programme gauges global impact of political and economic challenges  Explore Moreimage
image image
image image
Member sign-in

Using lead responsibly is critical to achieving a sustainable and low carbon future

2 billion

Lead is a widely available natural resource with more than 2 billion tonnes of lead ores still in the ground.

Lead use is essential for many important products which support a sustainable future from hybrid and electric vehicles to renewable energy storage.

60%

Lead is the world’s most recycled metal with more than 60% of production originating from end-of-life products.

The carrier properties of lead metal make it an efficient enabler of the circular economy. It is used to help recover and recycle other valuable metals such as gallium used in mobile phones and solar panels, to precious metals including silver and gold.

95%

Collection and recycling rates typically exceed 95% of lead batteries in many regions.

Lead use is essential for many important products which support a sustainable future from hybrid and electric vehicles to renewable energy storage.

60%

Lead is the world’s most recycled metal with more than 60% of production originating from end-of-life products.

The carrier properties of lead metal make it an efficient enabler of the circular economy. It is used to help recover and recycle other valuable metals such as gallium used in mobile phones and solar panels, to precious metals including silver and gold.

95%

Collection and recycling rates typically exceed 95% of lead batteries in many regions.

Material stewardship

Our industry is continuously improving, helping ensure that lead is manufactured and used responsibly, minimising any impact on the environment and health.

Material Stewardship
Boliden Area, Kristineberg. Mine automation underground Photo: Boliden/Tomas Westermark

Recycling

Lead can be infinitely recycled with no loss of performance. No other metal has such an impressive end-of-life recycling rate.

Lifecycle assessment

Life cycle assessments show that with high recycling rates – including the impressive recycled content of many lead-containing products – the cradle-to-grave environmental footprint of lead is significantly reduced.

Resource availability

Global mineral resources and the circularity of closed-loop recycling mean that lead will be available for centuries to come.

  • Leadership
  • Sustainability
  • Research
  • Events & Conferences
  • About us
    • Teams
  • Membership

Subscribe to our newsletter and get the latest updates

Contact Us

International Lead Association, 120 New Cavendish Street, London, W1W 6XX

Tel:T: +44 (0)20 7833 8090 Email:E: [email protected]

  • Terms and conditions
  • Privacy notice
  • Cookies
  • Terms Conditions
  • Privacy Notice
  • Cookies

© Copyright 2025

Membership enquiry

If you would like to know more about becoming a member of ILA please complete the following form:

    Newsletter
    Sign up

    Subscribe to our newsletter and get the latest updates