NIBCO Inc. - Experts & Thought Leaders

NIBCO INC. announces its continued support as title sponsor of the “Community Over Competition” Build, an initiative designed to foster collaboration and unity across the plumbing and HVAC industries. Originally launched in 2025, the “Community Over Competition” Build was first showcased at AHR Expo. Organized by Impetus Media, the initiative brings together tradespeople, influencers and industry professionals to demonstrate the power of working together in an often-competitive landscape. Next generation of professionals Following the success of the initial build, it is set to return in 2026 at AHR Expo. One of the key highlights of the event is the hands-on build experience that takes place during the first two days of the AHR Expo. Participants roll up their sleeves and work side by side to complete real-world builds. As the title sponsor, NIBCO is committed to empowering the skilled trades community by supporting hands-on collaboration, elevating industry standards and encouraging the next generation of professionals. NIBCO’s deep commitment “NIBCO is honored to continue our support of the Community Over Competition Build. We believe that when the industry comes together to support each other, everyone benefits,” said Joe Choflet, vice president, sales and marketing, NIBCO. “Our continued sponsorship reflects NIBCO’s deep commitment to advancing the industry, not just through products, but through people.” New opportunities for learning The 2026 event will introduce new opportunities for learning, collaboration, and engagement, with a diverse mix of participants. AHR Expo attendees should plan to visit booth #C5335. To date, sponsors and participants include General Electric, Grundfos, Knipex, Centrotherm, HVAC Tactical, Mike Flynn, Jeff Dems, Terence Chan, Mary-Anne Bowcott, Adam Gordon, Tyler Dynes, Omar Harris, and Colin Sadler.

NIBCO INC. announces new 2 1/8" OD fittings to its PressACR® line, designed to meet the growing demand for larger diameter press connections in the air conditioning and refrigeration industry. NIBCO’s PressACR fittings are made of high-quality, globally sourced pure copper. Manufactured in Stuarts Draft, Va., press end connections reduce installation time, while the patented interior groove design and gray HNBR seals make them suitable for high-pressure HVACR applications.  Overall HVACR industry Featuring a professional appearance and delivering consistent joint quality, PressACR fittings meet stringent certification and compliance standards that support applications rated up to 700 psi. “Expanding our PressACR line shows NIBCO’s loyalty to our customers and the overall HVACR industry,” said Marilyn Morgan, Senior Product Manager - Fittings, NIBCO, adding “We are dedicated to producing reliable products of exceptional quality that meet the highest standards.” The PressACR line now ranges from sizes 1/4-inch up to 2-1/8-inch.

NIBCO INC. announces that more than 200 SKUs in its small-diameter press fittings, including fittings in sizes 2 inches and below, are now recognized by IAPMO for 300 PSI, an increase from the previous 200 PSI rating. The certification complies with ASTM F3226. To support this upgraded certification, NIBCO has updated fitting markings and packaging graphics, including new labels for bags and cartons. As part of the rollout, new material numbers will be introduced, and packaging will be revised accordingly. The existing inventory of the affected fittings may now be used at the increased 300 PSI rating without issue. NIBCO Press System “This enhanced certification highlights the reliability and performance of our press fittings and reflects our ongoing investment in innovation,” said Marilyn Morgan, Senior Product Manager - Fittings, NIBCO, adding “We are proud to offer solutions that meet evolving industry standards and exceed customer expectations.” The NIBCO Press System delivers industry-best features, including a patented leak detection design that ensures uncrimped fittings are easily identified, and a flame-free installation method that improves job site safety while offering a clean, professional appearance.