Oil seals ASY
Simmering ASY are rotary shaft seals used in mechanisms that require protection against oil leaks and contaminants. Their construction includes a metal reinforcing frame, an elastomeric sealing lip, and a compression spring that ensures constant pressure on the shaft. Additionally, they are equipped with a dust lip that effectively protects against dust and dirt. Thanks to their sturdy design, simmering ASY are used in automotive, hydraulic, and machinery industries, providing long-lasting and reliable performance.
How are Simmer ASY rings constructed?
Simmer ASY rings are rotary shaft seals designed to effectively protect against leaks and contaminants. They consist of a metal reinforcing frame that provides rigidity and durability. The elastomeric sealing lip, supported by a pressure spring, ensures a tight fit to the shaft, minimizing the risk of oil leaks. An additional dust lip protects the mechanisms from dust and moisture. Thanks to their robust construction, ASY seals are suitable for automotive, hydraulic, and industrial machinery applications.
What is the purpose of ASY type oil seals?
Simmering ASY are rotary shaft seals used in applications requiring protection against oil leaks and contamination. Thanks to the elastomeric sealing lip and pressure spring, they effectively protect lubrication systems in engines, gearboxes, and pumps. An additional dust lip protects against dust, water, and other contaminants, extending the lifespan of mechanisms. Simmering ASY are widely used in automotive, machinery, and hydraulic industries, ensuring reliability in challenging operating conditions.
Application of ASY oil seals
Simmering ASY finds application in systems requiring reliable sealing of rotating shafts. In automotive industry, they are used in engines, gearboxes, and drive axles, preventing oil leaks and contamination ingress. In machinery industry, they seal shafts in pumps, compressors, and gearboxes. In hydraulics, they protect actuators and lubrication systems. An additional dust lip effectively shields mechanisms from dust, moisture, and other contaminants, extending their durability and reliability.