Cummins and Dupont are working together to help address the current shortage of N95 masks in the United States and elsewhere around the world.
As the COVID-19 pandemic spreads across the globe, Cummins and DuPont are helping address the nation’s shortage of N95 respirator masks. The need for the masks has skyrocketed in recent weeks due to the global pandemic, and Cummins will use its NanoNet® Media to help answer that need.
According to Amy Davis, Vice President of Cummins Filtration, with many of the world’s leading mask manufacturers in need of the critical materials to assemble the masks and struggling to meet demand, Cummins will use pre-existing filter technology in partnership with DuPont to help fill the supply void.
“Cummins is re-evaluating our supply base and manufacturing capabilities to identify how we can support our healthcare professionals who rely on critical personal protective equipment to do their jobs,” Davis said. “Our NanoNet® Media can fill a key supply void and help address the mask shortage facing the United States and other countries around the world.”
The project also aims to provide open source instructions that other healthcare systems and groups can use to create their own respirator masks.
Supplying critical materials in a time of need
Cummins’ NanoNet® and NanoForce® Media technology, which uses DuPont’s Hybrid Membrane Technology (HMT), can typically be found in air, fuel and lube filtration products used in heavy-duty diesel engines to prevent long-term engine wear, but also can be used in the N95 respirator masks worn by healthcare professionals to filter harmful airborne particles that can spread COVID-19.
The N95 designation means the respirator can block at least 95 percent of particles from entering the wearer’s nose and mouth. When Cummins’ NanoNet® Media was tested using an industry standard testing method, it exceeded the performance requirements for N95 designation. Cummins’ manufacturing facilities have since provided media samples to mask manufacturers across the globe to test its effectiveness.