Sheet metal industries
RUBBER METAL SPACER
Rubber metal spacers are specialized components designed to combine the flexibility of rubber with the strength of metal, providing vibration damping, shock absorption, and precise spacing in industrial and mechanical assemblies. These spacers are widely used to isolate vibrations, reduce noise, and protect machinery and sensitive components from mechanical stress while maintaining accurate alignment and spacing.
Constructed with high-quality rubber bonded to steel, aluminum, or other metal cores, rubber metal spacers offer excellent durability, elasticity, and load-bearing capacity. The rubber layer absorbs vibrations and shocks, while the metal core provides structural integrity and precise positioning.
Rubber metal spacers are available in various diameters, thicknesses, and shapes, making them suitable for diverse industrial applications. Their robust construction ensures reliable performance in harsh operating conditions, including exposure to oils, chemicals, and varying temperatures.
Technical Features
- Dual-Material Construction
Combines high-quality rubber with a strong metal core (steel, aluminum, or alloy) for durability and flexibility. - Vibration & Shock Absorption
Rubber layer effectively absorbs vibrations, shocks, and mechanical stress to protect equipment. - High Load-Bearing Capacity
Metal core provides structural integrity and supports heavy loads without deformation. - Precise Dimensional Accuracy
Manufactured with tight tolerances to ensure accurate spacing and alignment in assemblies.
Applications
- Automotive Industry
Used in engines, suspensions, and chassis to reduce vibration, noise, and shock impact. - Machinery & Industrial Equipment
Provides spacing, alignment, and vibration isolation in pumps, compressors, and heavy machinery. - Electrical & Electronics Equipment
Protects sensitive components from mechanical stress and vibration in panels, transformers, and enclosures.
- HVAC Systems
Reduces noise and vibration in fans, blowers, and air conditioning units.
Specifications
- Material Composition: High-quality rubber (natural or synthetic) bonded to steel, aluminum, or alloy metal core
- Hardness (Rubber): Typically 50–90 Shore A, customizable based on application
- Outer Diameter (OD): 10 mm to 200 mm (or as per requirement)
- Inner Diameter (ID): Custom bore size to fit shafts, bolts, or rods
- Thickness/Height: 5 mm to 50 mm, adjustable based on spacing needs
Advantages
- Provides effective vibration and shock absorption, protecting machinery and components
- Ensures precise spacing and alignment in assemblies for consistent performance
- Reduces operational noise by dampening vibrations
- High load-bearing capacity supports heavy equipment without deformation
- Resistant to oils, chemicals, and moisture, ensuring durability in harsh environments
High Precision
- Maintains exact spacing and alignment between components for consistent performance
- Provides uniform thickness and dimensional accuracy under load
- Ensures stable and repeatable vibration isolation without affecting assembly tolerances
- Minimizes misalignment and mechanical stress for improved equipment efficiency
- Delivers precise positioning in high-speed or continuous industrial operations
- Allows fine adjustments for exact leveling and alignment in critical machinery assemblies