Dodge Industrial Launches StratoLink Disc Couplings

Expanding Coupling Portfolio with Next-Generation Performance Dodge Industrial, Inc. has announced the launch of its StratoLink disc coupling line, a major expansion of the Dodge couplings portfolio. The first model to launch is the D71 Series, which meets API 610 standards and is engineered for maximum torque, simplified rebuilds, and seamless interchangeability in existing installations.  Key advantages include:  •    Delivers an average of 26 percent greater torque capacity than existing designs •    11 percent larger bore ranges than previous designs, on average, enabling a lighter coupling that reduces loads and extends driven equipment life •    Patent-pending bushing engagement system that eliminates hammering and other unsafe rebuilding practices, making rebuilds easier and up to two times faster than loose disc pack couplings •    Drop-in interchange of the center member assembly allows for easy replacement in existing applications without needing to modify or move connected equipment  “For decades, engineers have faced limited choices when specifying disc couplings, and  StratoLink changes that,” said Vance Chavis, global product manager for couplings at Dodge Industrial. “By combining higher torque capacity, larger bores, easier rebuilds, and drop-in compatibility, we’ve created an exciting new alternative. StratoLink is a powerful example of how Dodge continues to deliver practical innovations that make a real difference for our customers in the field.”   For over 70 years, Dodge has delivered innovative coupling technologies and is trusted worldwide to extend the life of driven equipment and minimize downtime. From elastomeric to metallic solutions, Dodge offers one of the broadest coupling portfolios in the industry. With the introduction of StratoLink, Dodge reinforces its legacy of coupling innovation by helping engineers optimize system performance, reduce downtime, and increase productivity across various industries, including oil and gas, mining, pulp and paper, and power generation.