| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/-36.868%25/-36.868%25/__/ais-highlight__/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/-36.868%25/-36.868%25/__/ais-highlight__/%3C/em%3E/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/-36.868%25/-36.868%25/__/ais-highlight__/129.432%25/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/-36.868%25/-36.868%25/__/ais-highlight__/134.936%25/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/-36.868%25/134.936%25/__/ais-highlight__/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/__/ais-highlight__/%3C/em%3E/%3C/em%3E/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/9/__/ais-highlight__/129.432%25/page/2/gtm.start/page/2/__/ais-highlight__/%3C/em%3E/%3C/em%3E/-27.7%25/134.936%25/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
| https://www.eptac.com/category/upcoming-webinars/shown.bs.collapse/page/8/__/ais-highlight__/-36.868%25/gtm.start/gtm.start/-36.868%25/gtm.start/
. The most common lead-free solder mix is tin-copper, which has a melting point of 217°C and mixes 99.3% tin with 0.7% copper . However, the main reason why manufacturers are shifting to the use of lead-free solder is to eradicate lead from electronic production and waste recycling processes
Surface Mount Technology Association (SMTA) | https://www.smta.org/education/presentations/presentations.cfm
. Registrations are being taken through a third party - Register Now. Webinar: Atlanta Chapter: Effects of Mixing Solder Sphere Alloys with Bismuth-based Pastes on the Component Reliability in Harsh Thermal Cycling Webinar Free for Everyone! Hosted by
Surface Mount Technology Association (SMTA) | https://www.smta.org/webinars/
. Registrations are being taken through a third party - Register Now. Webinar: Atlanta Chapter: Effects of Mixing Solder Sphere Alloys with Bismuth-based Pastes on the Component Reliability in Harsh Thermal Cycling Webinar Free for Everyone! Hosted by
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