IKT Inkoturn couplings focus on low mass inertia and residual unbalance. IKT Inkoturn couplings are specially developed for high speeds. IKT Inkoturn couplings are suitable for compensating axial and radial misalignment. The IKT Inkoturn coupling is a compensating coupling with high torsional stiffness. IKT Inkoturn couplings have only a small restoring force acting on subsequent bearings.

IKT Inkoturn couplings transmit torque at true angles and without play, even at maximum offset. IKT Inkoturn couplings have only a small restoring force acting on subsequent bearings. IKT Inkoturn couplings are suitable for compensating axial and radial misalignment. IKT Inkoturn couplings focus on low mass inertia and residual unbalance. IKT Inkoturn coupling center panels are made of special plastic and provide electrical insulation.

The high-speed coupling characteristics and concise design of KSL-HS and KPTB-HS complement the high efficiency of hydraulic couplings, providing an ideal solution for centrifuge design. Hydraulic couplings protect driven and driven equipment by eliminating impact loads and preventing them from generating solid resistance. The K series hydraulic coupling is a special type of constant charge hydraulic coupling used to start large inertial machines driven by electric motors. Hydraulic couplings are designed for industrial engines in fixed applications, such as generators, pumps, and compressor units. This series of hydraulic couplings is used for driving internal combustion engines with a power range of up to 1000kW.

This series of hydraulic couplings is very suitable for machines with high driving power and inertia: typical applications are mills and belt conveyors. The high-speed coupling characteristics and concise design of KSL-HS and KPTB-HS complement the high efficiency of hydraulic couplings, providing an ideal solution for centrifuge design. By controlling the amount of oil circulating in the speed regulating coupling, the output speed can be continuously changed to optimize the performance of the driven machine. Can provide hydraulic couplings: with or without hubs, with splines or keyways, with tapered locking couplings, with hydrostatic transmission housing. This series of hydraulic couplings is used for driving internal combustion engines with a power range of up to 1000kW.

Can provide hydraulic couplings: with or without hubs, with splines or keyways, with tapered locking couplings, with hydrostatic transmission housing. Hydraulic couplings are designed for industrial engines in fixed applications, such as generators, pumps, and compressor units. This series of hydraulic couplings is very suitable for machines with high driving power and inertia: typical applications are mills and belt conveyors. It is allowed to disassemble the hydraulic coupling without moving the motor or driven machine to avoid misalignment. This series of hydraulic couplings is used for driving internal combustion engines with a power range of up to 1000kW.

By controlling the amount of oil circulating in the speed regulating coupling, the output speed can be continuously changed to optimize the performance of the driven machine. This series of hydraulic couplings is very suitable for machines with high driving power and inertia: typical applications are mills and belt conveyors. This series of hydraulic couplings is used for driving internal combustion engines with a power range of up to 1000kW. Hydraulic couplings are designed for industrial engines in fixed applications, such as generators, pumps, and compressor units. It is allowed to disassemble the hydraulic coupling without moving the motor or driven machine to avoid misalignment.

Hydraulic couplings protect driven and driven equipment by eliminating impact loads and preventing them from generating solid resistance. This series of hydraulic couplings greatly suppresses the torsional vibration of the engine, thereby extending the service life of the entire gearbox. This series of hydraulic couplings is very suitable for machines with high driving power and inertia: typical applications are mills and belt conveyors. Can provide hydraulic couplings: with or without hubs, with splines or keyways, with tapered locking couplings, with hydrostatic transmission housing. By controlling the amount of oil circulating in the speed regulating coupling, the output speed can be continuously changed to optimize the performance of the driven machine.

This series of hydraulic couplings greatly suppresses the torsional vibration of the engine, thereby extending the service life of the entire gearbox. The high-speed coupling characteristics and concise design of KSL-HS and KPTB-HS complement the high efficiency of hydraulic couplings, providing an ideal solution for centrifuge design. The K series hydraulic coupling is a special type of constant charge hydraulic coupling used to start large inertial machines driven by electric motors. Can provide hydraulic couplings: with or without hubs, with splines or keyways, with tapered locking couplings, with hydrostatic transmission housing. This series of hydraulic couplings is used for driving internal combustion engines with a power range of up to 1000kW.

This series of hydraulic couplings is used for driving internal combustion engines with a power range of up to 1000kW. Hydraulic couplings protect driven and driven equipment by eliminating impact loads and preventing them from generating solid resistance. This series of hydraulic couplings is very suitable for machines with high driving power and inertia: typical applications are mills and belt conveyors. By controlling the amount of oil circulating in the speed regulating coupling, the output speed can be continuously changed to optimize the performance of the driven machine. It is allowed to disassemble the hydraulic coupling without moving the motor or driven machine to avoid misalignment.

The high-speed coupling characteristics and concise design of KSL-HS and KPTB-HS complement the high efficiency of hydraulic couplings, providing an ideal solution for centrifuge design. Hydraulic couplings are designed for industrial engines in fixed applications, such as generators, pumps, and compressor units. This series of hydraulic couplings greatly suppresses the torsional vibration of the engine, thereby extending the service life of the entire gearbox. By controlling the amount of oil circulating in the speed regulating coupling, the output speed can be continuously changed to optimize the performance of the driven machine. It is allowed to disassemble the hydraulic coupling without moving the motor or driven machine to avoid misalignment.