Regal Rexnord’s new chain offers improved strength for longer conveyors and longer life
Regal Rexnord has introduced its new Rexnord 6997 Series MatTop Chain to meet the increasing performance demands of pasteuriser, warmer and cooler tunnel applications.
The 6997 Series is a next-generation evolution of the long-serving Rexnord 5997 Series MatTop Chain. The design of the new 6997 Series chain offers a 15% increase in strength over its predecessor, in addition to improved container stability at transfers for less product damage and loss. The lateral stiffness is 10x greater than its predecessor making for less pulsation, reduced down containers and less chain deflection between wearstrips.
6997 Series chains utilise ultra-stabilised polypropylene (USP) material construction, comprised of polypropylene plus stabilising antioxidant additives, which provides superior resistance to chemicals used in cleaning and boil-out as well as extended chain life in high-temperature environments.
The Rexnord 6997 Series MatTop Chain utilises the same conveyor structure, sprockets, transfer combs and DTS-C as the Rexnord 5997 Series MatTop Chain for easy retrofit installations.
“Rexnord continuously develops innovative conveyor chain and chain material solutions to meet the increasing performance demands of our customers in the food and beverage industry,” said Chad Walker, the director of global product management for beverage conveying. “The new Rexnord 6997 MatTop Chain embodies this mission, providing an innovation solution that combines of our industry experience, design knowledge and manufacturing expertise.”
“Rexnord continuously develops innovative conveyor solutions to meet the increasing performance demands of our customers in the food and beverage industry,” said Chad Walker, director of global product management for conveying components. “The new Rexnord 6997 MatTop Chain aligns with this mission, providing a 15% stronger and 10X stiffer belt versus the 5997 Series. The strength and stiffness enables improved product stability and less pulsation, increasing uptime with fewer downed containers.”
