Introducing NBK Japan's Latest Innovation: The New Oldham Type Flexible Coupling with an Innovative Recycled Carbon Spacer

A Success in Eco-Friendly Innovation and High Torque Performance

The MOC Oldham Type Flexible Coupling takes a step forward in environmental sustainability by incorporating a spacer made from recycled carbon fiber resin. One of the key distinguishing features of the MOC coupling is its exceptional torque performance, surpassing that of the standard MOR Oldham coupling. The spacer, crafted from recycled carbon fiber resin, enables the MOC to handle higher torque specifications, making it an ideal choice for applications that demand robust and reliable performance.

The MOC coupling allows for significant eccentricity and angular alignment, providing engineers and designers with greater flexibility in accommodating misalignments without compromising performance. Engineered with simplicity in mind, the MOC Oldham Type Flexible Coupling boasts a straightforward structure that facilitates quick and hassle-free assembly.

Misalignments often result in eccentric reactions that can burden shafts and compromise the efficiency of rotating machinery. The MOC coupling addresses this concern by minimizing the eccentric reaction generated during misalignment, thereby reducing the burden on the shaft.

In a commitment to quality and reliability, the MOC Oldham Type Flexible Coupling complies with the stringent standards set by the Japan Machine Accessory Association (TES 1403). This certification ensures that the MOC not only meets but exceeds industry benchmarks, providing engineers and manufacturers with the confidence that the coupling will perform optimally in diverse applications.