Stepper Motor Vibration Isolation Mount

APPLICATION SCENARIOS

1. Motor transmission vibration damping
   

Product Description

This series of rubber vibration isolation mounts are made of heat-resistant nitrile rubber (NBR) and SECC metal skeleton composite moulding, featuring excellent structural stability and vibration isolation capabilities. They are key components in mechanical equipment vibration control systems. The products have high elastic modulus, excellent vibration absorption and noise reduction capabilities, and impact resistance, making them suitable for a variety of industrial applications. Customisation services are available.

PRODUCT FUNCTION

This rubber vibration isolation mount effectively absorbs impact loads and torsional vibrations generated during mechanical operation, improving the stability and comfort of equipment operation. The rubber layer is firmly bonded to the metal skeleton, combining high-strength support with high-elasticity cushioning performance. It offers excellent heat resistance, oil resistance, and long-term fatigue resistance, making it suitable for vibration control requirements in high-frequency or heavy-load operating conditions.

PERFORMANCE INDEX

Rubber material: Nitrile rubber (NBR)

Metal skeleton: SECC electro-galvanised steel plate

Elastic modulus: High elastic modulus with excellent deformation recovery capability

Impact resistance: Can absorb multiple high-frequency impact loads with stable damping performance

Bond strength: Rubber and metal skeleton are firmly bonded, with excellent resistance to delamination and peeling

Temperature resistance: Can withstand high-temperature conditions with good thermal stability

APPLICATION AREA

This series of rubber vibration isolation mounts is widely used in CNC equipment, industrial automation equipment, precision instruments, machine tools, power systems, automotive chassis components and other fields to absorb vibration and impact loads, prevent vibration transmission, and improve equipment service life and operational stability.