May 2026

Monthly Archives

  • Visit MarShield at SNMMI 2026 for Nuclear Medicine Shielding

    In nuclear medicine, shielding can’t be a background detail. At the 2026 SNMMI Annual Meeting, MarShield will be speaking with healthcare and imaging professionals about the shielding requirements behind safe, functional nuclear medicine environments. The meeting takes place May 30 to June 2, 2026, at the Los Angeles Convention Center. See Custom Radiation Shielding Solutions […]

  • MarShield to Attend Canadian Radiotheranostics Leaders’ Summit 2026

    MarShield will attend the Canadian Radiotheranostics Leaders’ Summit 2026, taking place May 25 and 26 at the Hilton Toronto. Raj Singh, Business Development Executive, will represent MarShield at the event, which brings together leaders across the isotope supply chain, healthcare, academia, government, and investment communities to support Canada’s role in radiotheranostics and patient access. Supporting […]

  • MarShield to Attend OCNI Bruce County Industry Night for Nuclear Energy Discussions

    MarShield will attend OCNI Bruce County Industry Night on Wednesday, May 27, 2026, at the Bruce County Museum & Cultural Centre in Southampton, Ontario. The event brings together professionals and leaders from across the nuclear energy sector for industry dialogue, networking, and peer connection. Walter Silva, Vice President of MarShield, will represent the company at […]

  • Connect With MarShield at the 2026 Symposium on Radon and Radiation Protection

    The 2026 Symposium on Radon and Radiation Protection is bringing key voices together to discuss Canada’s future in radiation safety, radon exposure, compliance, and practical protection strategies across regulated environments. MarShield will be attending in Saskatoon from May 27 to 31. Raj Singh, Business Development Executive at MarShield, is looking forward to contributing to conversations […]

  • Over 200 Sheets of Borated Polyethylene Ready to Ship

    Running short on neutron shielding material? Our borated polyethylene inventory is stocked and ready for immediate delivery. MarShield currently has more than 200 sheets of borated polyethylene neutron shielding available in-house. Available Material 1″ thick sheets Standard size 48″ x 96″ 5 percent boron by weight Pure polyethylene sheets and pellets also available From a […]

  • 99.8% Pure Lead Bricks Available for Immediate Delivery

    When shielding requirements change, fixed wall systems are not always the right fit. Lead bricks give nuclear medicine, industrial, and research teams a practical way to create temporary or permanent radiation shielding without major structural changes. MarShield lead bricks provide: Over 100 tons of lead bricks in stock Multiple sizes available for immediate delivery 99.8% […]

  • Your Project Timeline Can Slip at the Door

    All it takes is one critical item stuck in approval, delayed in production, or slowed down in coordination to throw off a project schedule. In radiation-sensitive spaces, lead lined doors can become that bottleneck. With MarShield, they don’t need to. Our turnaround is built for teams that need decisions, drawings, and production to move without […]

  • MarShield Brings Radiology Shielding Products to the 2026 Spring Radiology & Imaging Conference

    The 2026 Spring Radiology & Imaging Conference is a relevant meeting point for conversations around shielding, safety, and facility planning in radiology environments. Taking place in Louisville, Kentucky, from May 13 to 15, the event brings radiology and imaging leaders together to examine facility challenges, compare supplier solutions, and identify products that support safer, more […]

  • Radiation Shielding and Nuclear Energy for AI Data Centres

    AI data centres are driving a new wave of electricity demand that’s pushing owners, planners, and engineers to look harder at clean power sources. The International Energy Agency says electricity generation used to supply data centres is projected to grow from 460 TWh in 2024 to more than 1,000 TWh by 2030. At the same […]