Stud mounts are fixtures that are crucial in preventing excessive vibrations or shock to machinery and electrical components. They tend to be used as a protective buffer between two parts, such as a DC motor and a mounting frame. Stud mounts are composed of a body made of a pliable material such as silicone, and a screw or thread usually made of steel. They can be installed either in shear or compression designs.
What are stud mounts used for?
Stud mounts reduce wear and increase the lifespan of machinery due to their cushioning effects. They are used in a wide range of applications to provide shock reduction, including in industrial equipment such as grinding machines, and to protect more delicate electrical equipment.
Types of stud mounts
Stud mounts can be male to male, female to male, female to female, or male or female only. The specification relates to whether a screw sticks out of the stud, or whether the stud has a thread inside.
Description:
The RS Pro Height Adjustable mounts are used
for levelling and support, these are used in many applications including food processing units, packing systems and conveyor systems. The base rubber is made of oil resistant 80 ShA Vulcanized NBR along ...
Description:
Excellent fail-safe dynamic insulation, particularly for vertical movementsSignificantly
reduces vibration and absorbs shock to provide an all-round solution for a wide range of applications on agricultural machines, off-road machinery and military equipmentWhen installed in pairs with a backing washer, Universal ...
Description:
RS Pro cylindrical female to female anti-vibration mounts
made from a natural rubber designed to be simple and economical to fix. The anti-vibration mounts achieve high vibration damping in both shear and compression. Large static generator enginesCompressorsMotorsElectronic control panelsEngine Mounts. ...
Description:
Anti Vibration Mounts when properly chosen provide a
cost effective solution to problems involving vibration, shock and noise control – the rubber buffer can be used in shear/compression or both. However, it must be noted that they do not provide ...
