Buy Anti-Vibration Mounts Online in Australia
Anti-Vibration Mounts & Isolators
AIMS Industrial stocks a wide range of anti-vibration mounts, rubber isolators and vibration damping components from Mackay and Finer Power Transmissions. Used across industrial machinery, plant equipment, transport and building services to reduce vibration transmission and protect both equipment and structure.
Cylindrical Rubber Mounts
Male-male, male-female and male-buffer cylindrical mounts in 40, 55 and 65 Shore hardness ratings provide a flexible solution for isolating motors, fans, compressors and general machinery. Softer compounds (40 Shore) offer greater deflection and isolation efficiency; harder compounds (65 Shore) suit higher load applications with less movement allowance.
Mackay Flange Isolators
Mackay light duty (M110, M114), heavy duty (M140) and BRB series flange isolators are engineered for mounting electric motors, generators and industrial fans to base frames and fabricated structures. MD and recessed flange types provide low-profile mounting where clearance is limited.
Mackay Conflex & Multicushion Isolators
Conflex isolators in small, medium and large heavy duty configurations handle high-frequency vibration from rotating plant. Multicushion and mobile dual-compression isolators suit applications with complex vibration spectra or where the load direction varies. Sizes from 80 × 50mm to 140 × 85mm with load ratings up to 270kg.
Levelling Feet, Wheel Chocks & Accessories
Adjustable levelling feet allow precise machine alignment during installation. Mackay rubber wheel chocks and conical buffers complete the range for transport and machinery restraint applications.
Selecting the Right Mount
Correct selection depends on static load per mount, the frequency of the disturbing vibration and the required deflection. As a general guide, softer mounts are more effective at isolating low-frequency vibration from large machinery, while stiffer mounts handle shock loads and high-frequency sources better. Contact our team for application guidance.