How to protect cylinder rods in a marine environment against corrosion due to salt?
In maritime environments, cylinder rods can be exposed to extreme conditions, such as corrosion from salt exposure, which can reduce their lifespan and lead to costly downtime and frequent repairs. .
The challenges of salt corrosion in maritime environments
Salt corrosion is a common concern in maritime environments, where salt buildup on cylinder rods exposes these surfaces to corrosion-prone conditions. Stainless steel or galvanized steel rods can provide some strength, but the quality of the steel and environmental conditions can influence their performance.
Eclore protective bellows
An effective solution to counter corrosion due to salt is the use of protective bellows, in particular Eclore bellows. Resistant to chemicals, marine corrosion and mechanical damage, these bellows extend the life of cylinder rods, reducing wear from friction, contamination and UV exposure. An option particularly suited to harsh environments.
Advanced options: premium stainless steel and titanium alloy rods
An alternative is to opt for stainless steel cylinder rods
high quality or titanium alloy. These materials provide increased resistance to salt corrosion, extending the life of cylinder rods in demanding marine environments. The choice of solution depends on the specific requirements of each environment, the associated costs and benefits. By protecting cylinder rods, ship owners can extend equipment life, minimize downtime and increase the safety of maritime operations.