CPC-Cryolab Unveils New Logo to Reflect Integration into OPW Clean Energy Solutions
Key Ideas
- CPC-Cryolab reveals a new logo following its integration into OPW Clean Energy Solutions, marking its transition within the industry.
- The company, known for developing critical-service components for industrial gas and cryogenic applications like liquid hydrogen and helium, emphasizes its commitment to quality and global presence with the new branding.
- The acquisition of Marshall Excelsior Company, CPC-Cryolab's parent company, by OPW Global for $395m in cash earlier this year led to the company joining OPW Clean Energy Solutions.
- CPC-Cryolab's participation in the Specialty Gas Summit 2025 highlights its engagement in industry discussions on market trends, innovations, and challenges in specialty gases.
CPC-Cryolab, a Florida-based company founded in 1961, has revealed a new logo to signify its integration into OPW Clean Energy Solutions. Specializing in developing critical-service components for industrial gas and cryogenic applications, including liquid hydrogen and helium, CPC-Cryolab has played a crucial role in US space programs and liquid plant development. Following the acquisition of its parent company, Marshall Excelsior Company, by OPW Global for $395m in cash, CPC-Cryolab transitioned to the OPW Clean Energy Solutions business unit while maintaining its original branding. The company's new logo aims to visually position it as a full-fledged member of the OPW family, emphasizing its dedication to quality, global presence, and the delivery of safe, reliable, and efficient cryogenic and industrial gas solutions. Additionally, CPC-Cryolab's participation in the upcoming Specialty Gas Summit 2025 demonstrates its active involvement in industry discussions regarding market trends, innovations, and challenges in the specialty gas sector, showcasing its commitment to advancement and excellence.
Topics
North America
Acquisition
Specialty Gases
Industry Event
Company Transition
Brand Identity
Logo Redesign
Industrial Components
Cryogenic Applications
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