Custom molded black rubber rod with ball ends, corrugated ribbed flexible rubber connecting rod for industrial connection applications. Available in NBR, Silicone, EPDM, FKM, High-Fluororubber, HNBR. Good flexibility and vibration isolation. Custom sizes and shapes available.
Our custom molded rubber rod with ball ends is an integrated contoured rubber connecting component. This flexible rubber pull rod features spherical ends and corrugated ribbed shaft, designed for industrial linkage assembly, to realize flexible connection and vibration isolation between matched equipment parts.
√ This rubber connecting rod adopts one-piece molded structure, with solid spherical ball heads on both ends and corrugated ribbed section on the middle shaft. We offer multiple rubber material options: NBR, Silicone, EPDM, FKM, High-Fluororubber and HNBR. Customizable total length, ball diameter, shaft diameter, rib pitch and color; black is the standard sample color, all dimensions can be customized according to your drawings.
√ The corrugated ribbed middle section brings great flexibility and bending allowance, which can absorb offset and displacement during equipment operation. The solid ball ends provide stable assembly and positioning for installation. Different rubber formulas meet different working conditions: NBR offers oil resistance; Silicone adapts to extreme temperature; EPDM resists ozone and outdoor aging; FKM and high-fluororubber withstand strong chemical corrosion; HNBR delivers high tensile strength and anti-fatigue performance. It can buffer vibration, reduce noise and compensate for minor misalignment between connected components.
√ In summary, these custom ball-ended corrugated rubber connecting rods combine integrated molding structure, ribbed flexible design and multiple rubber material selections. It achieves flexible connection, vibration damping and displacement compensation for various industrial machinery. Customizable size and profile make it a reliable flexible linkage solution for non-standard mechanical assemblies.