Flexible Shaft Coupling Insert for Machinery, Polyurethane Coupler Pad GR14/GR19/GR24/GR38-125, Oil Resistant Red Industrial Machine(GR24)
R 964
or 4 x payments of R241.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
Flexible Shaft Coupling Insert for Machinery, Polyurethane Coupler Pad GR14/GR19/GR24/GR38-125, Oil Resistant Red Industrial Machine(GR24)
High-Strength Polyurethane Material: Crafted from premium polyurethane elastomer, this GR14 Shaft Coupling Insert delivers exceptional For resistance and bending strength far superior to standard plastics, guaranteeing reliable performance in demanding industrial environments while maintaining continuous working capability under high-stress conditions.
Oil-Resistant & -Resistant Design: Engineered with low mineral oil and near-For swelling in fuel oil and mechanical oil, this coupling insert resists degradation from lubricants and petroleum-based fluids, extending service life in pumps, conveyor systems, and machinery drives where fluid exposure is constant.
Solid Construction for Power Transmission: The robust open-center design provides enhanced torsional rigidity and stability, enabling efficient torque transfer while dampening vibrations to minimize wear on connected shafts and machinery components, suitable for rotating equipment requiring smooth operation across various industrial applications.
Multiple Size Options Available: Choose from 14 model specifications (GR14/19/24/28/38/42/48/55/65/75/90/100/110/125) to match exact shaft dimensions and coupling requirements, with each insert featuring For -molded plum blossom configuration for secure engagement and balanced load distribution during operation.
For Easy Installation & Maintenance: The red polyurethane coupler insert installs quickly between shaft flanges without special tools, allowing for straightforward replacement when needed; its flexible nature accommodates shaft misalignments while maintaining effective power transmission, reducing downtime in machinery drives and conveyor systems.