As we virtually celebrate Springer-Peterson’s 40th Anniversary, we are thrilled to have selected Kenneth Bozeman as our Wall of Famer this month. Below are several questions we asked Kenneth about his 31-year tenure with Springer-Peterson.
In the pursuit of
By: #journeyto40 | April 15, 2021
This year, Springer-Peterson had the opportunity to bid on the University of Florida’s School of Architecture Building roofing project in Gainesville, FL. Their roof had lived a full life and it was time for it to come down.
By: #journeyto40 | March 23, 2021
As we focus on our #Journeyto40 and beyond, we sat down with Daniel Boatwright to learn more about our company’s future outlook and his take on the roofing industry. Let’s gain insight into his perspective…
By: #journeyto40 | March 11, 2021
Our virtual celebration continues…Reflecting back on our journey over the last 40 years, our next Wall of Famer is Rodney Nance. Rodney has worked at Springer-Peterson since 1993. 28 years later, we are honored to take some time to talk with Rodney about his perspective on this journey!
By: #journeyto40 | February 18, 2021
This month, in honor of Springer-Peterson’s 40th Anniversary, we’ve selected Henry Bess as our Wall of Famer! We recently sat down with Henry and asked him some questions about his long standing career at Springer-Peterson…Question: What are your main responsibilities in your role at Springer-Peterson?
Answer: To get the job done! All of this while making sure everyone is safe and goes home to their family.
By: Administration | March 17, 2020
There is much to learn about the novel coronavirus that causes coronavirus disease 2019 (COVID-19). Based on what is currently known about the virus, spread from person-to-person happens most frequently among close contacts (within about 6 feet). This type of transmission occurs via respiratory droplets. Transmission of novel coronavirus to persons from surfaces contaminated with the virus has not been documented. Transmission of coronavirus in general occurs much more commonly through respiratory droplets than through fomites.