AMC MECANOCAUCHO® has introduced a new line of SVT vibration isolators, specifically engineered for demanding environments with elevated temperatures and heavy dynamic loads. These isolators are ideal for applications where vertical vibration is predominant and equipment stability is critical.
Stainless steel mesh for symmetrical load response
SVT isolators feature a pre-compressed stainless steel wire mesh as the elastic component. This design provides symmetrical behavior under both tension and compression, making them particularly suitable for vertically dynamic systems like mobile machinery or vibration-prone equipment.
Corrosion-resistant and built for durability
Each isolator is housed in carbon steel with a polyurethane (PU) coating, delivering exceptional mechanical strength and long-term corrosion resistance. A built-in safety device allows the isolator to withstand tensile forces and dynamic impacts while preserving structural integrity.
Built-in damping for rapid stabilization
The compacted stainless-steel mesh offers natural damping properties that reduce resonance amplification. This enables faster stabilization after shocks or transients and helps extend equipment lifespan in challenging operating conditions.
Fast and secure installation
SVT isolators are designed for easy, secure installation using direct bolting. Their geometry ensures strong fixation in both tension and compression, while the integrated safety feature eliminates the need for external fail-safe systems—simplifying setup and reducing total system costs.
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Typical applications
With their thermal resistance, tensile strength, and corrosion protection, SVT isolators are perfectly suited for:
Exhaust systems for industrial and marine engines
Rail and marine equipment
Pumps, motors, and generator sets
Road transport equipment in aggressive environments
Technical drawings
The following technical drawings show the SVT isolator specifications:
SVT-70
SVT-95
These applications all require high-performance, reliable vibration isolators that maintain integrity under extreme operating conditions.