TORQUE TRANSFER
BY RIVERHAWK
TORQUE TRANSFER - CONNECTED FOR SURE
Are you looking for specialized hydraulic tensioning products and tooling solutions for torque transfer driven by passion for engineering? Products that would serve you for years and help successfully manage all challenges in various heavy-duty industries such as Power Generation and Petrochemical?
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Since 1993 Riverhawk develops and manufactures products for torque transfer, which allow a quick and safe servicing of your machinery. Riverhawk offer products for threaded anchors and nuts, hydraulic hub shrink disks and hydraulic flange tensioning systems. Supporting industry around the world to meet every day’s challenges your machinery faces.
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HYDRAULIC FLANGE BOLTING
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Riverhawk offers a wide range of solutions in the field of flange connection systems for torque transfer with heavy-duty machines. Riverhawk clamping systems as a part of this product line up have been specified for General Electric (GE) turbine shaft trains and have become the accepted standard to ensure secure torque transfer.
We will support you with a technical advice or help you out if you ever need an occasional spare part.
HYDRAULIC CLAMPING HUB
The Riverhawk Hydraulic Clamping Hub offers enhanced control during both installation and removal, surpassing traditional interference hubs in efficiency. Its design eliminates the need for heat, reduces the forces applied, and allows for flexible positioning of the Hub.
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Moreover, this solution ensures secure mechanical torque transmission, all while maintaining high cost-effectiveness. It’s a blend of reliability and affordability, designed for your convenience.
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RIVERHAWK COUPLINGS
The Diaphragm Coupling boasts several advantages, with its modular bolted and splined design being a standout feature. This design allows for the easy replacement of the diaphragm without needing to replace the entire coupling. Additionally, the weld-free construction eliminates concerns about material degradation in the weld zone. Furthermore, this coupling excels in maintaining exceptional balance repeatability.
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