Brief: See the solution in real use and note how it behaves under normal conditions. This video demonstrates the installation and performance of the SF-1703-20358-0286 Road Roller Anti-Vibration Rubber Pad. Watch as we show how this high-elasticity, wear-resistant component effectively cushions vibration, reduces operational noise, and protects mechanical parts during asphalt and earthwork compaction projects.
Related Product Features:
Made from high-quality oil-resistant rubber for superior durability and performance.
Features high elasticity to effectively absorb and dampen compaction vibrations.
Designed with excellent wear resistance for long-lasting operation in harsh conditions.
Provides precise fit for specific roller models including CP76B, CS76B, CS78B, and CS79B.
Reduces operational noise levels, enhancing operator comfort and work environment.
Protects mechanical components by compensating for alignment deviations and absorbing shocks.
Ensures stable roller operation during both asphalt and earthwork compaction projects.
Easy to install at vibrating wheel-frame joints or cab mounts for quick maintenance.
FAQs:
What models is the SF-1703-20358-0286 anti-vibration rubber pad compatible with?
This rubber pad is specifically designed for road roller models including CP76B, CS76B, CS78B, CS79B, and other compatible single and double drum rollers.
What are the main benefits of using this anti-vibration rubber pad?
The pad provides superior vibration reduction, noise control, component protection, and operator comfort while ensuring stable operation during compaction work in both asphalt and earthwork applications.
How durable is this shock-absorbing rubber pad?
Crafted from high-quality oil-resistant and wear-resistant rubber, this pad is built to withstand harsh construction conditions and deliver long-lasting performance with a 12-month warranty.
Where exactly is this anti-vibration rubber pad installed on the road roller?
It is typically installed at vibrating wheel-frame joints or cab mounts to effectively absorb compaction vibrations and compensate for alignment deviations.