EVOLASTIC is a highly flexible, non-slip, and backlash-free shaft and flange coupling for versatile application in a large number of main and auxiliary drives in mechanical and plant engineering. The elastomer element prestressed to pressure enables the coupling to reduce torsional vibrations in the drive train and smoothly absorb overload shocks while damping structure-borne noise […]
Flexible
RoCom precision general purpose flexible coupling
Designed for precision rotating components. Six short thin double tapered curved beams — two sets of three beams resulting in light radial loads for precision bearings. Misalignments up to 5°. If you need help in selecting the correct part number or do not see your part number listed, please contact Rocom. All couplings have an […]
NBK’s XUT-cross joint type flexible couplings
This is a cross joint type flexible coupling. Slippage of the bush built in the hubs and the pins of the spacer allows eccentricity and angular misalignment to be accepted. The high accuracy fitting of pin and bush allows the extremely small backlash. The load on the shaft generated by misalignment is small and the burden on the […]
New stainless steel line from ComInTec
– Ideal for the food, chemical, and pharmaceutical sectors – External applications – Maximum corrosion resistance – Application-specific versions – Made in Italy quality with a 2-year guarantee DF – SS Stainless steel friction torque limiter Ideal for OUTDOOR applications Sliding model Made of fully turned stainless steel Silent, vibration-free operation Simple torque adjustment […]
NBK’s XGHW-C flexible couplings
Flexible couplings with vibration absorption function added to high rigidity couplings. A structure with both high rigidity and vibration absorption. The individual dynamic vibration absorber＊1 is separate from the inertial rotor and elastic body in order to achieve vibration absorption. ＊1: The mechanism for suppressing resonant vibration phenomena is achieved by connecting the dynamic vibration absorber […]
KTR’s SINULASTIC highly flexible flange couplings
KTR SINULASTIC is a modularly structured series of highly flexible flange couplings based on a disk-shaped coupling body. Four practical basic versions with individual properties cover a wide range of applications primarily for diesel engine drives, but also general drive tasks. Applications of the highly flexible flange coupling SINULASTIC: The main task of the coupling […]
Voith D coupling
Highly flexible D Couplings are the standard for engine test rigs for testing 1 to 3-cylinder internal combustion engines. D couplings feature high torsional flexibility and high torque capacity. Development test rigs, continuous-running test rigs, and end-of-line test rigs operate safely and reliably with this coupling at speeds of up to 10,000 rpm. D Couplings […]
Huco Modified Flex M Couplings for oil viscosity measuring instrument
A leading manufacturer of tribology testing equipment needed reliable precision couplings for use on their oil viscometer instrumentation. The fully automated, microprocessor-controlled device utilizes proprietary software to perform ultra shear rate measurements in less than 1 hour. A precision coupling is used to connect the machine’s rotary head that can reach speeds up to 20,000 […]
Timken U Type shaft-to-shaft
The U Type is the basis for all Uniflex couplings. It is a shaft-to-shaft flexible coupling with a simple one-piece design, making it ideal for indexing, robotic, or positioning applications. The U Type consists of a triple-wound flexible steel spring brazed to a steel hub at each end. This all-steel design ensures optimum equipment protection […]
Voith flexible CT Couplings
Flexible CT Couplings are especially well-suited for industrial uses. This type of coupling is virtually failure-free and is an optimal and cost-effective solution for many applications. Elastomer elements under pressure provide a damping effect. CT Couplings dampen torsional vibrations and shock loads in the driveline. In addition, the coupling balances axial and radial displacements. This […]
