Sliding-block couplings (Gleitblock-Kupplungen) Key benefits Reliable shaft connection: securely transmits torque between shafts while allowing for limited axial and angular movement. Misalignment compensation: sliding block design absorbs small offsets and prevents premature wear of connected components. Low maintenance: simple mechanical design reduces moving parts and simplifies inspection and replacement. Smooth power transfer: reduces shocks and vibrations that can affect downstream equipment and product quality. Flexible installation: compact, straightforward mounting fits into common drive trains and space-constrained assemblies. Core attributes Function: couples two rotating shafts to transmit torque while accommodating sliding or slight misalignment through block-guided movement. Compatibility: suitable for standard motor, gearbox, and driven-shaft interfaces; works with common industrial drive components. Size and modularity: available in multiple form factors to match shaft diameters and torque requirements; compact footprint for tight installations. Material and durability: built from industrial-grade materials designed for reliable operation in manufacturing and mechanical systems. Performance: provides stable torque transmission with damping of transient loads and reduced wear on bearings and seals. Practical use scenarios Conveyor drive lines: couples motors to conveyor rollers, compensating for small misalignments and reducing downtime from component stress. Packaging and assembly machines: ensures consistent torque transmission between drive units and tooling, improving process reliability and reducing vibration-related errors. Pumps and fans: connects motor shafts to pump or fan impellers, allowing for thermal expansion and slight shaft movement without compromising sealing or bearing life. Why choose sliding-block couplings Practical solution for applications where shafts are not perfectly aligned or where thermal and mechanical movement is expected. Simple, robust design that integrates easily into existing drive systems. Reduces the need for frequent realignment and extends the service life of connected equipment. For model selection and exact dimensions or material options, please refer to the product datasheet or contact your supplier with the shaft diameters and torque requirements for accurate matching.