• info@metatronmining.com.au
  • +61 406 455 767
  • By mmc-admin
  • September 27, 2025
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Heavy Duty Rubber Sandwich Mount

MMC’s Vibration isolation rubber buffers are engineered components designed to absorb impact, reduce vibration transmission,

Our Rubber buffers protects both machinery and structures from dynamic loads.

They are widely used in industries where equipment is exposed to repetitive shocks, oscillations, or heavy-duty operating conditions.

Functionality

Rubber buffers work by converting vibrational energy into heat through controlled deformation of the elastomer material.
This damping effect minimizes vibration transfer from equipment to surrounding structures, leading to:

  • Reduced structural fatigue
  • Extended equipment life
  • Improved operational stability
  • Enhanced safety and comfort

 TECHNICAL DATA SHEET

Category:

Description

Design & Construction

  • Manufactured from high-quality natural or synthetic elastomers
  • Designed to withstand compression, shear, and torsional stresses
  • Available in cylindrical, conical, or custom profiles depending on application requirements
  • Can be bonded with steel plates or bushings for higher load-bearing capacity and dimensional stability

Applications

Vibration isolation rubber buffers are commonly used in:

  • Mining and mineral processing equipment (screens, crushers, conveyors)
  • Automotive and heavy vehicle suspension systems
  • Rail and transport infrastructure
  • Industrial machinery and rotating equipment
  • Construction and agricultural equipment

Key Advantages

  • High resilience and shock absorption capacity
  • Resistance to wear, tear, and fatigue under cyclic loading
  • Noise reduction in vibrating equipment
  • Customizable hardness (Shore A) to match load and vibration frequency requirements
  • Cost-effective and durable solution for vibration isolation

Customization

  • MMC offers a wide range of standard sizes as well as tailor-made designs to suit specific applications.
  • Rubber compounds, hardness grades, and bonding configurations can be optimized to deliver the best performance for your operating conditions.

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